THE  UNIVERSITY 


OF  ILLINOIS 


LIBRARY 

543 
T 88t 


FOR 


ORES,  IRON, 

COAL,  STEEL, 

COKE, 

LIMESTONE, 

WITH  TABLES, 


FOR  THE  USE  OF 


|VIIJMER3,DEALEF!S  an 

'liJ  ^ 1930 

COMPILED  AND  PUBLISHED  By'  fUlD/Ofs 

H.  A.  TUTTLE, 

CLEVELAND,  O. 

1879. 


^^^IVERSITY 


Short  & Forman.  Printers. 


Entered  according  to  Act  of  Congress,  in  the  year 
1879,  by 

H . A . TUTTLE, 

In  Office  of  the  Librarian  of  Congress,  at  Wash- 
ington, D.  C. 


:1 

‘C 

I 

% 

-J 

J 


'Hi 


5-^3 

Tse^ 


TABLE  OF 

WITH  SYMBOLS  AND 


ELEMENTS, 

COMBINING  WEIGHTS. 


NAME. 


Aluminium 


Arsenic - 


Barium  __ 
Bismuth- 

Boron 

Bromine- 


Cadmium  

Cassium 

Calcium 

Carbon  

Chlorine 

Cerium 

Cromium 

Cobalt 

Copper 

Didymium 

Erbium 

Flourine 


Glucinum . 
Gold 

Hydrogen  - 


Indium  _ 
Iodine  __ 
Iridium- 
Iron 


Lanthanum—: 

Lead 

Lithium 

Magnesium  — - 

Manganese 

Mercury 


Hg 


200 


, SYMB.  Com.Wt. 

NAME. 

i 

SYMB.  ' 

Com.Wt. 

A1  27*4 

Molybdenum - 

Mo 

96 

Sb  122 

' As  75 

Nickel  — 

Ni 

58*7 

Niobium 

Nb  i 

94 

Ba  137 

Nitrogen 

N 

14 

Bi  ' 210 

i 

i 1 

i 1 

B 11 

Osmium  _ 1 

Os 

1 199*2  1 

Br  80 

Oxygen  ' 

0 

; 16 

Cd  112 

Palladium 

Pd 

106*6 

Phosphorus--- 

P 

31  j 

Platinum- 

Pt 

197*5  1 

C ' 12 

Potassium 

K 

39*1  1 

Cl  35*5 

Rhodium 

Rh 

104*4 

(^e  92 

Rubidium  

Rb 

85*4  1 

( ^r  ; 52-0 

Ruthenium  . __ 

Ru 

104*4  : 

! (V)  5S*7 

Selenium 

Se 

79*5  ! 

( 'U  03-5 

Silver 

1 Ag 

108 

I)  96  j 

Silicon 

Si 

28 

TT  1 1 ‘)  1 

Sodium 

Na 

23  i 

Ti  liZ  ’ 

i Strontium 

Sr 

87*5  i 

. F 19 

Sulphur 

S 

32 

G1  9*5 

Tantalum  - 

Ta 

172 

Au  197 

Tellurium 

Te 

129 

TT  1 

Thallium 

T1 

204 

Xi  1 

! Thorium 

Th 

115*7 

In  74 

I Tin 

Sn 

118 

I ' 127 

Titanium  - _ 

Ti 

50 

Ir’  198 

Tungsten 

i w 

184 

Fe  56 

Uranium 

u 

120 

La  92 

I*b  207 

Vanadium 

V 

137 

: Li  7 

Yttrium  _ __ 

Y 

62 

Mg  ' 24 

i Zinc  — 

Zn 

65*2  1 

Mn  55  ' 

1 Zerconium 

Zr 

89*6  ! 

710725 


STATE  OR  DISTRICT— 

5 

§>ci/AAnA/yi  OHrvh^ 

Symbol. 

o 

w 

w 

a; 

a 

cS 

^ 1'  * 
vO 

Fe  O Protoxide  of  Iron 

9S:5-c.d 

i 

_ 1 

Fe  C O3  Garb,  of  Iron 

ur2:> 

--•a— 

-ii— ! 

1 

_ TS— 

1 

^ uk. 

{^a.  0 Dime 

- uy^ 

Mg  0 M AGNESI  A 

>OJO 

j^2  0 Potash 

NTq  ^ n A 

S ^3  SUEPHURIO  Ad 

A,  DTTri«T3wnT?Trt  Ar 

ITTi 

.OlC 

^ Z 0 

C 0 2 Carbonic  Acid 

Si  O2  Siiiicic  Acid 

j„^/tA.-  C^A. — 

Ti  O2  Titanic  Acic 

/(^aco 

H2  0 Water  _ 

Organic  Matter- 

Total  - - 

fhi^  cU 

Fe  Metallic  Irois 

S Sttlphttr 

r 

1 

P Phosphorus  _ _ 

Chemist 

and 

Date. 

6 


STATE  OR  DISTRICT- 1 

o I o 

s ' ORES.  i 


Fe  0 Protoxide  of  Ikon 

Fe2  O3  Sesquiox’eofIkon 

1 

i 

i 

1 

[ 

1 

i 

I 

1 

A 1 - „ A T.TTTVTTTVr  A 



Cr  0 Lime 

! 

1 

ATcy  n IVT  A niVTrCsT  A 

iyX^  W XYXALxxN  HioiirV 

'V  Fk  DrkT  A cJTT 

SO3  SuEPHUKic  Acid  ^ 

P2  O5  Phosphoric  Acid  _ 

A TJTimvrTr'  Aoth 

■ I j 

1 ^ i 

1 

V_y  2 \yAj\t>\jn  

Gi  Gtt  yPTr*  AOTT) 

! 

%^ji  vX  2 OXJuXA/ivy  -n.v^xj-' — — 

'T'i  T'tT'A'WTP  a Pin 

i 

X 1 L/ 2 X X X iVJN  XC/  -iTVC/iO 

Organic  Matter-- 

1 

! 

Total 

Fg  M^etallic  Ikon 

cs  Gttt  'dtttta? 

i 

p Phosphorus 

1 

Chemist 

and 

Date. 

! 

ilZ 

7 


8 

STATE  OR  DISTRICT-J 


o 1 o 

s ORES.  1 i 

>»  z 

(L  \ 1 ^ 

1 

1 

1 

Fe  O Protoxide  of  Iron 

Fe2  O3  Sesqtjiox’eofIron 

i 

i 

i 1 

i 

1 

i ' 

___ 

! 

' 1 

A 1 „ n A T.TTTVTTIV  A 

■ i 

^^12  W 3 Xl-J-J  -TV 

Cr  0 Lime - 

IVT cr  0 AT  A n-TCTT^sT  A 1 

IVlg  yj  l.TXi\.\jri>  ! 

i 

0 Potash ! 

1 

Nr  2 0 Soda , 

Q Ok  „ •ilTTT  ■PTTTT'RTP  A OTD 

! : 

0 W3  >o  U J-il;  Jj.  -r\.v>xj-./  — 

P2  O5  Phosphoric  Acid  -| 
PAT?Tin'MTP  Aotd  ' 

I 

CJi  r\  _ Qtt  Trim  A nTTk 

i 

\J  2 lOXXiX^i^  — — 

Ti  O2  Titanic  Acto 

! ; 

FT  0 0 W^ATER 

LX  2 

Organic  Matter— i 

1 

1 

Totad-  _ ! 

1 

1 

! 

Fe  MetaTjTiTC  Iron  . I 

! 

1 

S Stjdphtjr 

II 

j 

P Phosphorus 

Chemist 

Rnd 

DRte. 

i 

. 

! 

1 

9 


10 

STATE  OR  DISTRICT--! 

3 ■ 

a ! ORES.  1 i 

1 \ 7a 

m \ 1 ^ 

. 

j 

Fe  0 Protoxide  of  Iron 

Fe2  Og  Sesquiox’eofIron 

1 

1 

F6  C Og  Carr,  of  Irois 

1 

i 

Oo  Cobalt 

1 

1 

1 i 

_A1 2 0 g A-IiX-/  IVII1>  A 

1 

jMg  O IMagnesia j 

' 

JV2  ^ jl  UlAoxl 1 

JNa2  vj  OODA 

S Og  Sulphuric  Acid  — , 

P2  O5  Phosphoric  Acid  _ 

C 0 2 Carbonic  A-Cid 

i 

Si  0 2 Silicic  Acid 

Ti  O2  Titanic  Acic 

Organic  Matter- 

Total  - 

1 

1 

! 

! 

i 

i 

1 

Fg  IVIetallic  Iron — 

S Sulphur 

p Phosphorus 

Chemist 

and 

Date. 

; 1 

■j|  

l|r 

II  . . 

- 

11 

STATE  OR  DISTRICT- J 


Symbol. 

o 

W 

w 

1 

! 

i 'omBM 

i 

Fe  0 Protoxide  of  Iron 

Fe2  O3  Sesquiox’eofIron 

Fg  C D3  Carr,  of  Iron 

Mn  M A ng-  a nfse 

N ’N’toret-  ' 

AI2  O3  Alumina  ! 

Ca  0 Dime 

'X 

M""  0 M A.GNEST  A 

K-  ^ Potash 

ntp  0 r>  SioE  A 



S O3  Sulphuric  Aci 

P2  O5  Phosphoric  Ac 

CO2  Carbonic  Acid 

Sli  On  SsTT.TflTn  Ar.TD 

D 

nD_ 

Ti  O''  TiTjANTO  Anrn 

IT 0 A TER 

Organic  Matter- 

Total  

Fe  Metallic  Iron 

S Sulphur 

P Phosphorus 

Chemist 

and 

Date. 

12 


STATE  OR  DISTRICT- 


o 

a 

m 

ores. 

6 

a 

c3 

1 

Fe  O Protoxide  of  Ikon 

i 

Mn 

Cu 

Co 

N 

Cr 

As 

AI2  0 

CaO 

Mg  0 

K2  0 

]Sra2  c 

f3  V^^XV-L.. 

i 

1 

i 

At  a 

1 i 

IVr  A /"’'VTI'OT  A 

1 

C<TT-r  -r>TTTTX>xri  A 

ID  1 

w 3 >0  JZL  U 

P2  O5  Phosphoric  A' 

A -W-fc  T» /^■VTTT/^  A /^TT 

CID-i 

\j  yj2 

Si02 

Ti02 

H2  0 

Fe 

S 

P 

C<TT  Tr^-rr\  A r<TTk 

XLl.AJSj.Lf  ALJ-Lf 

Organic  Matter— 

Totad 

! 

1 

, j 

Metaddic  IRO] 

1 



Phosphorus 

1 1 

1^--  . 

i 

Chemist 

and 

Date. 

1! 

13 


14 


STATE  OR  DISTRICT— 


Symbol. 

ORES.  \^ 

Fe  O Protoxide  of  Iron 

j:  t;2 

FeCC 

Mn 

Cu 

Co 

N 

Cr 

As 

AI2  0 

CaO 

Mg  0 

K2  0 

Na2  C 

SO3 

P2O5 

CO2 

Si02 

Ti02 

H2  0 

Fe 

S 

P 

3 

„ AttttvtttvA 

3 Jj  U iViX-lM 

ivr  A riTCTT.ClT  A 

AVXi^ljrxN  XliOX.^ 

GttT  ■pTTrTTJTr’  A PTD  ! 

0 U -Lilrxl  U iXXO  J:\.Kj±.SJ ^ 

Phosphoric  Acid  _ 

T'tt'  a "NTTr*  A pm 

Organic  Matter- 

Total  

M^etaddic  Iron 

JiiTTT  .'PTTTT'R 

Phosphorus  _ - 

Chemist 

and 

Date. 

STATE  OR  DISTRICTV-I 

15 

Symbol. 

o 

w 

w 

Name. 

Fe  O Protoxide  of  Iron 

Fe2  O3  Sesquiox’e  OF  Iron 

1 

■| 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

Ca  0 IjIME 

1 

Mg  0 Magnesia 

1 

K''  0 POTASD 

1 

« n SoT>A 

1 

SO3  SuDPH URIC  Acid -- 

T>„  A-  DTTr»aT>TTr»T?Tr'  A nTT» 

j 

i 

CO2  Carbonic  Acid 

ftli  A„  ftTT.Tr'Tn  A riTTi 

1 

Ti  O2  Titanic  Acic 

! 

fj2  0 Water 

Organic  Matter- 

Total- 

Fe  Metallic  Irois 

R Sttt,p»ttttr 

[ 

P Phosphorus 

Chemist 

and 

Date. 

1 

16 


STATE  OR  DISTRICT-! 


o 

a ORES. 

i 

m \ 

a? 

a 

o3 

Fe  O Protoxide  of  Iron 

1 

Fe  C O3  Garb,  of  Iron 

1 

X\-/  — — — — — 

A 1 „ At  tttvtt'I'J'  A 

^,l2  v^s  

IVTcr  AT  A ri'I'J’Tf'iNT  A 

vy  AYi.  Avjt-lN  

JV  2 W X A/X-cxoXi 1 



;S  O3  Sulphuric  Ac: 

P2  O5  Phosphoric  A( 

C 0 2 Carbonic  Acii 

.Ci4  r\  CJtt  -rri-rn  A nTTA 

ID  ' 

CID- 

) 

1 

i 

i 

lOi  V^2  

TTH  rA  T^xrn  A TSTT/^  A 

1 

i.1  iJ2  illA^lL/  

i 

Organic  Matter— | 

Total * 

Fe  Metallic  Iro: 

tq’ 

i 

►OUXJJTXXX^XV 

p Phosphorus 

i 

( 

Chemist 

and 

Date. 

1 

1 

17 

STATE  OR  DISTRICT-- 

o 

0* 

a 

ORES. 

a 

m 

Fe  0 

Protoxide  op  Iron 

Sesotttox’e  OP  Iron 

FftCOa  Caub.  OF  Iron 

Mn 

Manganese 

€u 

Copper 

€0 

COBAET 

FT 

Stored  _ 

Cr 

Chromium; 

As 

Arsenic-  _ 

Alumina 

Ca  0 

Lime  - 

Mg  0 

Magnesia 

K2  0 

POTASTT 

Na2  0 

Soda 

S O3 

Sulphuric  Acid 

R2  O5 

Phosphoric  Acid  _ 

CO2 

Carbonic  Acid 

Si02 

Silicic  Acid 

Ti02 

Titanic  Acic 

H2  0 

Water 

Organic  Matter— 

Total.  _ 

Fe 

Metallic  Iron 

S 

Sulphur  

P 

Phosphorus  — 

Chemist 

and 

Date 

18 

STATE  OR  DISTRICT— 1 

Symbol. 

ORES. 

<v 

B 

o3 

Fe  O Protoxide  of  Iron 

r e 2 3 Xi  wx  X 

Mn 

Cu 

Co 

N 

Cr 

As 

AI2  0 

Ca  0 

Mg  0 

K2  0 

Na2  0 

rg  v^x  - 

1 

1 

! 

1 

i 



Potash 

CJttt  -ix-crTT-OTn  A r'TTi 

1 

0 V^3  K3»JXJJrxnjxvxvy  XXV.XXX 

P2  O5  Phosphoric  Acid - 

A ■T-»-r>/-v-vrT/~<  A r^TT\ 

Vj  W2 

Si  O2 

Ti02 

H2  0 

Fe 

S 

P 

KyJXJXxyyjM^  Ji\y  xxv^xx 

C!tt  A r<T"r» 

npx'T'  A 'KTTr'  A PTO 

XlliVJN±L/  

Organic  Matter- 

Total 

Metallic  Iroi 

CSXTX  -DXTTTT? 

^ 

1 

Phosphorus 

1 

Chemist 

and 

Date. 

IL 

20 

STATE  OR  DISTRICT-! 

Symbol., 

i 

ORES. 

Name. 

Fe  O Protoxide  of  Iron 

Mn 

Cu 

Co 

N 

Cr 

As 

AI2  0 

CaO 

Mg  0 

K2  0 

Naa  0 

ci  r\ 

'3 

Lime 

M^AGtNESIA 

i 

Potash 

! 

1 Soda 

■ 

cjttt  -c»xTTTx>Tr<  A r'TTk 

■ 

0 V/3 

P2  O5  Phosphoric  Acid  - 

/~\  A Tr>T>/^‘VTX/^  A r^TTi 

\j  \J2 

SiOa 

Ti02 

H2  0 

Fe 

S 

P 

CJtt  a r<TT» 

1 

1 

T't'T'  a 'NTTr'  A r*TP 

XXXAJNi^  

^W^ATER 

Organic  Matter- 

Total 

Metallic  Iroi 

GtTT  TatTTTT? 

ST 

1 

Phosphorus 

i 

1 

Chemist 

and 

Date. 

il 

21 


STATE  OR  DISTRICT— 


0 

S : OR  ES. 

^ 1 

Ifl  1 

Name.  '] 

Fe  O Protoxide  of  Iron 

Fe2  O3  Sesquiox’eofIron 

Fo  C O3  Carr  of  Iron 

Mn  ^ A NO  A NESE 

I'J'  IVTORETi 

As  A RfiENTO 

AI2  O3  Adumina 

Ca  0 Lime 

Mg  0 Magnesia 

K 2 0 Potash 

Na2  0 Soda 

S O3  Sulphuric  Acid  _ 

UTTOftRTTORTO  A OTD 

CO2  Carbonic  Acid 

Si  Do  STT-TOTn  Aotd 

Ti  O2  Titanic  Acic 

H 0 W ATER 

Organic  Matter- 

Total 

Fe  Metallic  Iron 

S Set.rttttr 

P Phosphorus 

Chemist 

and 

Date. 

22 


STATE  OR  DISTRICT- 


o 

a ORES. 

ai 

Name,  j 

Fe  0 Protoxide  of  Iron 

Fe2  O3  Sesquiox’e  OF  Iron 

A 1 „ 0 ..  A T.TTTVTT'Xr  A 

JA.i  2 3 J.VLJ.X>  A 

Cr  0 Lime 

JM"  0 ]M  'AGrNESI  A 

0 Potash 

xfo  _ CirkT-k  A 

XI  

SO3  SUEPHURICAC] 

P2  O5  Phosphoric  A< 

CO2  Carbonic  Acir 

C!i  GItt  TrtTr«  A nTTA 

[D  ' 

DID-! 

rpi  r\  - T't't'  a •xrrr'  A firn 

X JL  2 X X X XViA  JLA^  XXA>XXy 

H2  0 ^V^ATER 

Organic  Matter- 

Total 

Fe  Metallic  Iroi 

a SlTTT.T>TTTTTf 

P Phosphorus 

i, 

Chemist 

and 

Date. 

23 


24 


STATE  OR  DISTRICT— 


Symbol. 

0 

w 

in 

Name. 

Fe  O Protoxide  of  Iron 

Fe  C O3  Garb,  of  Iron 

A 1 „ ^ A T.TTTVTT'I'J' A 

J^l  2 V' 3 .xXJ-4  U A — 

Ga  0 TiTMF, 

JM"  0 M IGNESIA 

2 0 Potash 

XTo  „ n StrkT^  A 

SO3  SXJEPHURIC  AC] 

P2  O5  Phosphoric  A< 

GO2  GarbonicAcii 

Cli  - Qtt  Tr'Tn  A r'TTA 

[D 

:iD_ 

\ 

1 

i 

Ti  O2  Titanic 

[J2  0 AV^ater 

Organic  Matter- 

Total.  _ - 

Fe  Metallic  Iroi 

Q SlTTT.T»TTTTTf 

P Phosphorus 

Ghemist 

and 

Date. 

26 

STATE  OR  DISTRICT— 1 

Symbol. 

ORES. 

6 

n 

c3 

Fe  0 Protoxide  of  Iron 

1 

i 

re  2 '^3  ^ ^ 

1 

! 

Mn 

Cu 

Co 

N 

Cr 

As 

AI2  0 

Ca  0 

Mg  0 

K2  0 

Na2  C 

73  - 

i 

1 

1 

! 

1 

j 

j 

i 

i 

ivr  A ni'a'TT^T  A 

xiOi-rx 

i 

^ V_/3  10  U XiA  J3.  U 

P2  O5  Phosphoric  Acid  _ 

j 

i 

yj  \J2 

Si02 

Ti02 

H2  0 

Fe 

S 

P 

C!-rT  A r^TTk 

OXXJiAyXA^  X3-V^xx^ 

1 

XliAJNXL/  jrx^XO 

i 

Organic  Matter- 

Total- 

Metallic  Iroi 



1 i 

Phosphorus 

i 

1 

! 

Chemist 

and 

Date. 

1! 

1 

STATE  OR  DISTRICT- 


28 

STATE  OR  DISTRICT-I 

o 

6 

1 

! 

a 

ORES. 

a 

w. 

Fe  O 

Fe2  O 

r 6 O L 

Mn 

1 

ou 

i 

' 

oo 

N 

Cr 

! 

As 

AI2  0 

\utii  yj 

IXTrr 

IVig  'J 

XT' 

IVXAvjt-lN  

JV2  

1 

J.'Ni1;2 

SO3 

SxnjPmjRic  A-C 

P2  O5 

, Phosphoric  A 

CO2 

Carbonic  A-CI] 

Si  O2 

oIXjICIL/  -- 

T'Tm  A "AXT/^  A 

Ti  O2 

CT 

XITAxslC  j^X/XC'  « 

Organic  Matter— 

i 

Total  . 

Fe 

S 

P 

Phosphorus 

1 

Chemist 

r 

and 

1 

Date. 

11 

29 


30 

STATE  OR  DISTRICT— 

0 

1 ORES. 

>> 

02 

a? 

a 

o3 

Fe  O Protoxide  of  Iron 

Fe2  O3  Sesquiox’e  OF  Iron 

Ca  0 IiTiHE 

M"  0 IM AGNFi^^T  A 

j^2  0 Pot  a stt 

■Mo  „ rk  SirkT^  A 

S O3  Sulphuric  Aci 

P2  O5  Phosphoric  A( 

CO2  Carbonic  Acii 

C3t  r\  Ctt  Tr<Tr<  A nriA 

[D  ' 

HD- 

1 

+Z)J.  vy  2 — — 

■fT'i  <-4  _ T'tt'  a Arm  A r'rn 

J.  i \J  2 XXi-^TNiV^  xa-X/XA/  — — 

0 W^ATFR 

Organic  Matter- 

Total 

Fe  Metallic  Iroi 

1 

j 

P Phosphorus  ^ _ 

Chemist 

and 

Date. 

31 


32 


STATE  OR- DISTRICT- i 


0 

s ORES. 

01 

Name. 

1 

Fe  O Protoxide  of  Iron 

iC2  V-'S  - 

Fe  C O3  Carb.  of  Iron 

A1  A T .T'^IVf  TTC  A 

W3  Ij  

'Ca  0 IiTTvttt; 

M"  0 JMagnFiST  a ! 

j^2  0 Potash ' 

IMo  „ 0 SirkTA  A 

SO3  Sulphuric  Ac] 

P2  O5  Phosphoric  A< 

C 0 2 Carbonic  Acii 

Qtt  xr'Tr'  A nTTk 

[D 

3ID- 

! 

i 

t-JX  2 

'T'i  rA  - T't'T'  a ■vrxr'  A r'xn 

XI  2 XXXAX'iAvy  xi-V/XV.' 

EI2  0 W^ATER 

Organic  Matter- 

Total.  — 

Fe  Metallic  Iroi 

0 SITTT.-PTTTTX? 

i 

P Phosphorus 

1 

i 

Chemist 

and 

Date. 

34 


STATE  OR  DISTRICT— 


0 

1 ORES. 

(fl 

6 

B 

c3 

1 

Fe  O Protoxide  of  Iron 

Fe  C O3  Garb,  of  Iron 

! 

1 

1 

1 

j 

A 1 rA  . At  tttvtt'V  a 

i 

j\  l 2^3  i^-Lj  U iVXl  riA 

Or  0 Lime 

IVrcr  rA  AT  A A 

jyjLg  \J  ItXAvtTN  

TT A Dat  a mr  _ 

JV  2 ^ X Ui-^AOXl. 

G!/~v-rv  A I 

xyiX2  

SO3  Sulphuric  Ac: 

P2  O5  Phosphoric  A( 

CO2  Carbonic  Acii 

cai  ca-rT  A r<TTk 

ED  j 

DID- 

1 

1 

1 

01  VT2  k^XAJJ-VvJ-Vy 

T^i  A nPTT'  A "NTTr*  A PTO 

il  yj 2 xxxiV-WXXy  j^x./X\^ 

' 

Organic  Matter- 

Total 

Fe  Metallic  Iroi 

^ 

1 

i 

i:3>  AJ  JJX  

P Phosphorus 

i 

1 i 

1 

Chemist 

and 

Date. 

Ir ^ 

11 

!"  1 
! 1 

35 


STATE  OR  DISTRICT— 


. . 

0 

■ 6 

ORES. 

cc 

Fe  O Protoxide  of  Iron 
Fe2  O3  Sesqijiox’eofIron 

Fe  C O3  Garb,  of  Iron 

Mn  Manganese 

Cu  Copper 

Go  COBADT 

N Nicked 

Gr  Chromium 

As  Arsenic 

AI2  O3  Adumina 

Ga  O Lime 

Mg  O Magnesia 

K2  O Potash 1 

Na2  O Soda 

S O3  SuDPHURic  Acid 
P2  O5  Phosphoric  Acid_ 

G O2  Carbonic  Acid 

Si  O 2 SiDicic  Acid 

Ti  O2  Titanic  Acic 

H2  O Water 

Organic  Matter— 

Totad 

Fe  Metaddic  Iron 

S SUDPHUR 

Phosphorus 

Chemist 
and 
Date. 


P 


36 


STATE  OR  DISTRICT- 


Symbol.! 

ORES. 

d 

a 

1 

FeO 

Fe2  O 

' 

' 

' 

! 

mn 

i 

1 

Cu 

Co 

N 

1 

i 

Cr 

CULK-OIMIXJIM 

! 

As 

! 

AI2  0 

CaO 

Mg  0 

X>i:1.2  V 

SO3 

f 

1 

StjUiPHURIC  Acid  — 

-t  2 ^5  i JzLUox^JnLVJxvXV-/  - 

U2 



Si  O2 

Ti02 

SiDicic  Acid 

Titanic  Acic 

1X2  0 

Organic  Matter- 

1 

Total 

1 

Fe 

Metallic  Iron — 

S 

i 

1 

P 

Phosphords 

j 

Chemist 

and 

Date. 

11 

. 

! 

37 


STATE  OR  DISTRICT__ 


0 

1 ORES. 

i 

Ji  \ 

0 

2 

cS 

Fe  O Protoxide  of  Iron 

i 

A C 2 - 

Fe  C O3  Garb,  of  Iron 

i 

^^2  O3  ALUMINjA 

Gtl  0 IiIMFi 

AI"  0 M \GNESI  A 

K 2 0 POTASD 

ATo  „ SlrvT^  A 

■ 

SO3  SUBPHURIC  AC] 

P2  O5  Phosphoric  A( 

CO2  Carbonic  AciP 

Cli  Qtt  mm  A nTTA 

[D 

:iD  _l 

Ti  O2  Titanic  Acic 

££20  ATER 

Organic  Matter- _ 

Total. 

Fe  Metallic  Iroj 

a aiTT.-pTTTTT? 

P Phosphorus  _ - 

Chemist 

and 

Date. 

88 

STATE  OR  DISTRICT- 1 

Symbol. 

0 

w 

Name. 

Fe  O Protoxide  of  Iron 

1 

Fe  C O3  Car:^*  of  Iron 

1 

i 

Cr  0 Lime 

IVTo-  A/r  A (^TCTT.CiT  A 

AVX^  W XtX-^VXxN  XjOX.^ 

j^2  0 Potash 

AIo  _ filrkTi  A 



SO3  Sulphuric  Ac] 

P2  O5  Phosphoric  A< 

€02  Carbonic  Acii 

di  r\  . d-TT  Tmn  A nm 

[D 

3ID- 

r\  _ T’t'T'  a T'jTn  A 

X 1 V/ 2 

FT,^  0 AUat'B'R 

JLL  2 vr  AxxLixv 

Organic  Matter- 

Total  _ 

Fe  Metallic  Iroi 

a SIttt.-pttttt? 

P Phosphorus 

Chemist 

and 

Date. 

39 


STATE  OR  DISTRICT--! 


0 

pO 

s 

ORES. 

B 

cS 

m 

FeO 

Fe2  O3 

FeCOs 

Mn 

Cu 

Co 

N 

Cr 

As 

AI2  O3 
CaO 
Mg  O 
K2  O 
Na2  O 
SO3 
P2  O5 
CO2 
Si02 
Ti02 
H2  O 


Fe 

S 

P 


Protoxide  of  Iron 
Sesquiox’e  of  Iron 

Carb.  of  Iron 

Manganese 

Copper  

COBADT 

Nicked 

Chromium 

Arsenic 

Adumina — 

Lime 

Magnesia 

Potash 

Soda 

SuDPHURic  Acid  _ 
Phosphoric  Acid 
Carbonic  Acid  — 

SiDicic  Acid 

Titanic  Acic 

Water 

Organic  Matter- 

Totad 


Metaddic  Iron- 
SUDPHUR 

Phosphorus 


Chemist 

and 

Date. 


40 


STATE  OR  DISTRICT— 


Symbol. 

o 

w 

U1 

0) 

a 

c3 

Fe  O Protoxide  of  Iron 

J:'02  u xu-A.  Xi  A/j?  -1- 

FeCOs  Garb,  of  Iron 

m H XY-L  Xi.rx  

UO  

i\.i2  '-'3  jAEUMlJNA 

Mg  0 Magnesia 

j^2  ^ x UxixoXl 

1 

fcl  2 

S O3  SUDPHURIC  Ac 

P2  O5  Phosphoric  A 

C O2  Carbonic  Aci: 

Cl-:  r\  CItt  xr^Tn  A f^TT\ 

CID- 

fel  \J  2 fexljiCi-^  jA-XyXXJ  — 

Ti  O2  Titanic  Acic  . 

CX2  YY  

Organic  Matter— 

TOTAD 

Fe  Metallic  Iro 

jq’ 

i 

p Phosphorus  _ _ - 

Chemist 

and 

Date. 

! 

1 

STATE  OR  DISTRICT- 1 


0 

6 

.0 

a 

01 

ORES. 

a 

Fe  O Protoxide  of  Iron 
Fe2  O3  Sesqijiox’eofIron 

Fe  C O3  Garb,  of  Iron 

Mn  Manganese 

Cu  Copper  

Co  COBADT 

N Nicked 

Cr  Chromium 

As  Arsenic 1 

! 

AI2  O3  Adumina 

Ca  O Lime ^ 

Mg  O Magnesia ; 

K2  O Potash i 

Na2  O Soda 

SO3  SuDPHURic  Acid 
P2  O5  Phosphoric  Acid - 

C O2  Carbonic  Acid 

Si  O 2 SiDicic  Acid 

Ti02  Titanic  Acic 

H2  O Water 

Organic  Matter— 

Totad 

Fe  Metaddic  Iron 

S SUDPHUR 

P Phosphorus 

Chemist 

and 

Date. 


42 


STATE  OR  DISTRICT—! 


0 

.0 

a 

ORES. 

6 

a 

o3 

;zi 

Fe  0 Protoxide  of  Iron 

' 

Fe2  O3  Sesquiox’e  OF  Iron  — 

Fe  C O3  Garb,  of  Iron 

Mn  Manganese 

Cu  Copper  

Co  COBAET 

N Nickel 

Cr  Chromium 

As  Arsenic 

AI2  O3  Alumina 

Ca  O Lime 

Mg  O Magnesia j- 

K2  O Potash 

Na2  O Soda 

S O3  Sulphuric  Acid  __  _ 
P2  O5  Phosphoric  Acid  - !_ 

C O 2 Carbonic  Acid 

Si02  Silicic  Acid 

Ti02  Titanic  Acic 

B[2  O Water 

Organic  Matter- 

Total 

Fe  Metallic  Iron — ^ 

S Sulphur - 

p Phosphorus 

Chemist 

and 

Date.  11 


43 


STATE  OR  DISTRICT— I 


44 

STATE  OR  DISTRICT— i 

Symbol. 

o 

W i 
(fi 

6 

a 

c3 

Fe  O Protoxide  of  Iron 

1 

■ 1 

r ^2  JoJiioW. u xa; A xii  v^x*  a 

Fe  C O3  Garb,  of  Iron 

i 

1 ' 

i 

i 

^ 1 

i 

: j 

i 

i ! 

1 

i 

Cr  0 Lime 

Mg  0 Magnesia 

XT  ^ 0 T^at  a mr 

2 ^ 

"NTci  Sr»T»  A 

i>l  d 2 lOlJ-U  A j 

SO3  Sulphuric  Acid  _j 

"D  _ _ XJ-rr/ACJ-DXTrk'OTr'  A OTTA 

CO2  Carbonic  Acii 

Gii  SItt  rr'TP  Aptd 

1 

1 

w 2 OXXjXA/XO  xaV-'XJ-/ 

Ti  O2  Titanic  Acic  _ 

IT  _ ri  TXT"  A 

! 

1 > 

1.J.2  - 

Organic  Matter- 

Total 

1 

Fe  Metallic  Iroi 

a aTTT.T>TTTrTf 

S’ 

i 

1 

! 

P Phosphorus 

1 1 

1 

Chemist 

and 

Date. 

II 

j 

45 


STATE  OR  DISTRICT— 


46 

STATE  OR  DISTRICT__1 

o 1 

a i ORES. 

^ 1 

0) 

a 

o5 

Fe  O Protoxide  of  Iron 

i?  e 2 3 U J-U.A.  x!j  X 

Fe  C O3  Garb,  of  Iron 

A.i2  O3  jADUMI-IN A 

i 

jyxg  L/  IVX  AvjtIN  IliOXiX ; 

j.'N  0^2  ^ 

SO3  Sulphuric  Ac 

P2  O5  Phosphoric  A 

CO2  Carbonic  Acii 

Oi  r\  CStt  a /^TT4 

ID  -- 

CID  - 

! 

) 1 

i 

1 

i 

W2  

T^i  r\  T'T'T’AT^Tr^  A PTP 

XI  ^2  j 

1 

tl  2 VV  AiJli-tv 1 

Organic  Matter- 

Total — 

Fe  Metallic  Iro 

CJ  Gttt  X>TTTTT? 

N 

I 

P Phosphorus  — 

1 

Chemist 

and 

Date. 

47 


STATE  OR  DISTRICT-- 


0 

I ORES. 

rJ2  1 

Name. 

Fe  0 Protoxide  of  Iron 

Fe2  O3  Sesquiox’eofIron 

Fe  C O3  Carb.  of  Iron 

1 

1 

Mn  Manganese 

Cu  Copper 

Co  (y'OBALT 

NT 

Cr  ^ 'TTRnMTTTlvr 

- 

A S A 

AI2  O3  Aeiimina 

Ca  0 Lime 

Mg  0 Magnesia 

K 2 0 Potash 

Na2  0 Soda 

S O3  Sulphuric  Acid  _ 

Po  Oc  PWOSEDORTO  AOTD 

CO2  Carbonic  Acid 

Si  Or,  STirTOTn  AniD 

Ti  O2  Titanic  Acic 

H2  0 Water  _ _ - 

Organic  Matter- 

Total 

Fe  Metallic  Iron 

S Sulphur 

P Phosphorus 

Chemist 

and 

Date. 

1 

48 

STATE  OR  DISTRICT- 1 

o j 

a ORES. 

i 

(D 

S 

c3 

Fe  0 Protoxide  of  Iron 

i?  6 2 ^3  ^ xu-A-  xii  \JT}  X 

Fe  C O3  Card,  of  Iron 

1 

1 

A.S  Arsenic 

AI2  O3  Adumina 

XN  ct  2 

SO3  Sulphuric  Ac 

P2  O5  Phosphoric  A 

CO2  Carbonic  Aci] 

cst  r\  Qtt  Tr<Tr<  A r^T'n 

ID 

. 

CID- 

(J  2 xV^XX^  — 

Ti  O2  Titanic  Acic  . 

tL2  

Organic  Matter- 

Total 

Fe  Metallic  Iro 

CJ  CIttT  X>-CTTTT? 

N 

0 KJ  JJX  OJ.  

p Phosphorus 

Chemist 

and 

Date. 

• 

49 


STATE  OR  DISTRICT- 1 


Symbol,  i 

1 

ORES. 

1 Name.  | 

FeO 

Protoxide  of  Iron 

Sesqtjiox’e  OF  Iron 

j 

Fe  C Oa  Garb,  of  Iron 

! 

Mn 

Manganese 

i 

Cu 

Copper 

1 

Co 

COBADT 

N 

Nicked 

Or 

Chromium 

As 

Arsenic.. 

AI2  O3 

Adumina 

CaO 

Lime 

Mg  0 

Magnesia 

K2  0 

Potash 

Na2  0 

Soda 

SO3 

SuDPHURic  Acid 

P2  O5 

Phosphoric  Acid  _ 

CO2 

Carbonic  Acid 

Si02 

SiDicic  Acid 

Ti02 

Titanic  Acic  _. 

H2  0 

Water 

Organic  Matter— 

Totad 

Fe 

Metaddic  Iron. 

S 

SUDPHUR 

P 

Phosphorus 

Chemist 

. 

and 

Date. 

50 


STATE  OR  DISTRICT- 


Symbol.  ; 

1 0 

ORES.  i 

I « 

i 

1 

Fe  O 

1 

i 

Fe2  O 

3 SjiSQiXJlOX  E OF  Iron 

i 

Fe  C (- 

Jg  Cai^b.  Oi  Ibon 

! 

Mn 

1 

1 

; i 

Cu 

i 

Co 

I 

N 

1 

Cr 

i 1 

As 

A,r&enic 

1 , 

AI2  0 

g ji\-IjXJlVIIN  A 

Ca  0 

Mg  0 

iVl  AljriN  

i i i 

K2  0 

Na2  ( 

SO3 

SuEFHURiC)  Acid  — j 

P2  Og 

CO2 

; Phosphoric  Acid  _ 

L/ARBOJNIL/  ±\.yyXiJ 

Si  O2 

felDICiO  

fT'Tm  A -vrx/^  A r^TP* 

1 i . 

Ti  O2 

ilTAJSlO  

1 

ET  n 

Organic  Matter— 

i 1 

Tot  AD 

1 

Metaddic  Iron — 

1 

1 

Fe 

ii 

i ■ 1 

QtTT  ■PTTTT'R 

S 

j 

i i 

P 

Phosphorus  - - 

1 

J - 1 . 

Chemist 

and 

Date. 

JL 

52 


STATE  OR  DISTRICT-! 


cc 


ORES. 


FeO 

Fe2  O3 

FeCOj 

Mn 

Cu 

Co 

N 

Cr 

As 

AI2  O3 
CaO 
Mg  O 
K2  O 
Na2  O 
SO3 

P2  O5 
CO2 

Si02 
Ti02 
H2  O 


Fe 

S 

P 


Protoxide  of  Iron 
Sesquiox’e  of  Iron 

Carb.  of  Iron 

Manganese 

Copper  

COBADT 

Nicked 

Chromium 

Arsenic 

Adumina 

Lime 

Magnesia 

Potash 

Soda 

SuDPHURic  Acid  _ 
Phosphoric  Acid 
Carbonic  Acid  — 

Silicic  Acid 

Titanic  Acic 

Water 

Organic  Matter- 

Total 


Metallic  Iron — j 

Sulphur 

Phosphorus 


Chemist 

and 

Date.  11 


53 

STATE  OR  DISTRICT-! 


0 

1 ORES, 

i 

a; 

s 

c; 

;zi 

! 

Fe  O Protoxide  of  Iron 

Fe2  O3  Sesquiox’eofIron 

Fe  E O3  Carr  of  Iron 

i 

Mr  ^ A NO  A NESE 

i 

AI2  O3  Aditmina  _ - 

Ca  0 Dime 

Mg  0 Magnesia 

K 2 ^ Potash 

Na2  0 Soda 

S O3  SuDPHDRic  Acid  - 

DTTn«RTTnRTn  AOTT) 

CO2  Carbonic  Acid 

Si  Do  STT.Tnrn  Aett> 

Ti  O2  Titanic  Anyc 

H-  0 Water 

Organic  Matter- 

Total 

Fe  Metallic  Iron 

S Sttlrhttr, 

P Phosphorus 

CheRfiist 

and 

Date. 

54 

STATE  OR  DISTRICT— 1 

O j OJ 

a , ORES,  a 

\ 1 

. . 

Fe  O Protoxide  of  Iron 

Fe2  O3  Sesquiox’eofIron 

^As  A-RSENIC 

AI2  '-'3  ivDUlVLlJNii. 

IVLg  L/  IVLiVlxiN  

iMcl2  

0 /A  CIttt  toxxttT^T/^  a r^TTA 

'te  v_/ 3 te  U Ijirxl  U xCXl^'  -^X/XX/  — 

P 2 0 5 Phosphoric  Acid  _ ' 

r\  O'  A ■o'Rrk’NTTr'  A ptt> 

\j  \J  2,  V^AXCXSUjN  XU  jtXUXJ-F 

Oi  r\  Qtt  Tr<Tr<  A r^TiA 

fel  vJ  2 oXXiXUXU  2XUXXF 

r\  'Pt't'  a a ptp 

XI  \J2  XXXiVJNXU  -^X/XU 

tL2  VV  AiJii-n. 1 

Organic  Matter—; 

Total  — 

P0  Metallic  Iron 

<2  ftTTT.’PTTTT'R 

• lO  U XjJr-tX  U XV — — 

P Phosphorus  _ - 

Chemist 

and 

Date. 

i 

55 


56 


STATE  OR  DISTRICT-! 


0 i 

1 ; ORES. 

^ ! 

Name.  I 

1 

j 

j 

Fe  O Protoxide  of  Iron 

j 

X't:2  '^3  ^ w-il.  ^ 

Fe  C O3  Garb,  of  Iron 

1 

Al  Attitvittva 

V-/ 3 U iWLAi.^  A — — — 

Gr  0 Lime 

T\/T/v  *l\/r  A r^ATTrClT  A 

lyx  

1 

^ T^r\T  A ^TT 

TSJo  _ rk  Slr»T»  A 

0.1 

SO3  Sulphuric  Ac 

P2  O5  Phosphoric  A< 

GO2  GarbonicAcii 

CJi  Ok-  CItt  Tr<Tr«  A OTTk 

ED 

i 

CID- 

'k 

1^2  K_-xaoo-vy..-v> 

Ti  O2  Tit  A.NIC  Aoio 

FT  0 A T'Tf’R 

1 

UL  2 V-/  VV  oi.ialiXV 

Organic  Matter—; 

Total  

Fe  Metallic  Iroj 

C!  SIttt.-ottttt? 

I 

P Phosphorus 

Ghemist 

and 

Date. 

57 


STATE  OR  DISTRICT-: 


58 

STATE  OR  DISTRICT-- 

o 

0 

a 

ORES. 

a 

c3 

Ul 

. 

FeO 

PUN 

1 

Fe2  O 

3 Sesquiox  e of  I 

1 

Fe  C C 

i 

Mn 

1 

Cu 

! 

Co 

N 

i 

i 

i 

Cr 

j 

As 

AI2  0 

g A^EUMINA. 

Lime 

1 

Ca  0 

Mg  0 

■XT'  i-\ 

j 

JV2  X 

J.>i*2 

J 

S O3 

SUEPHURIC  Ac 

P2  Oj 

i Phosphoric  A 

C O2 

Carbonic  Aci] 

Si  O2 

Silicic  -A-Cid  — - 

Titanic  Acic  . 

! 

Ti  O2 

iir  C\ 

i 

i 

0-2  ^ 

Organic  Matter— 

! 

I 

Total 

. 

Fe 

Metallic  Iron — 

1 

1 

S 

0 u JUir xi  u XV 

1 

i i 

P 

Phosphorus  _ 

1 

i 

Chemist 

1 

1 ” 

i 

and 

1 

! 

I 

Date. 

II 

_■ 

59 


STATE  OR  DISTRICT- i 


0 

m 

ORES. 

B 

CS 

Fe  O Protoxide  of  Iron 
Fe2  O3  Sesquiox’eofIron 

Fe  C O3  Garb,  of  Iron 

Mn  Manganese 

Cu  Copper  

Co  COBADT 

N Nicked 

Cr  Chromium | 

As  Arsenic | 

AI2  O3  Adumina 

Ca  O Lime 

Mg  O Magnesia 

K2  O Potash ^ 

Na2  O Soda 

S O3  SuDPHURic  Acid 
P2  O5  Phosphoric  Acid  _ 

C O 2 Carbonic  Acid 

Si  O 2 SiDicic  Acid 

Ti  O2  Titanic  Acic 

H2  O Water 

Organic  Matter— 

Totad 

Fe  Metaddic  Iron 

S SUDPHUR 

P Phosphorus 

Chemist 

and 

Date. 


60 

STATE  OR  DISTRICT__|  

Symbol. 

1 ^ 

ORES.  A 

I ^ 

1 

Fe  0 

! ' 

i 

Fez  O 

g SjdjjsCiTJiox  E OF  Ikon 

! 

Fe  C C 

)3  Cakb.  of  Ikois 

1 

Mn 

I 

' 

Cu 

Co 

N 

i 

Cr 

As 

A.I2  0 

CaO 

, 1 

Mg  0 

Kz  0 

Naz  ^ 

SO3 

Stjephuric  Acid  — ; 

P2  O5 

CO2 

, Phosphoric  Acid  - 

Carbonic  Acib 

I 

Si  Oz 

SlEICIC  A-CID 

1 

1 

Ti  Oz 

Hz  0 

XliATslC  

i ■ . ^ 

Organic  Matter- 

! ■ i 

Total 

; 

TVT-C'rr'  A T T T 1?  OXT 

i 

Fe 

IVl  Pi  J_  A-Lii-jXC/  Xxviia> 

S 

P 

Phosphorus  - 

ij 

■ i 

1 

Chemist 

and 

Date. 

I:  • 

11 

STATE  OR  DISTRICT- 

61 

Symbol. 

o 

rt 

w 

a; 

S 

ci 

Fe  0 Protoxide  of  Iron 

i 

1 1 

Fe  C O3  Garb,  of  Iron 

1 1 

j 1 

1 

1 1 

! 

1 

1 

0 T'TMtt; 

]VI®‘  0 ]VI AGNEST  ^ 

1 

TT  ^ Ci  DrkT'  A STT 

( 

Jtv  2 ^ vf±-rtLOXi 

KTa  « Ci  A 

1 

S O3  SUEPHURIC  Aci 

P2  O5  Phosphoric  A( 

CO2  Carbonic  Acid 

Qi  f^TT.Tmn  AXoTTi 

'D  ' 

i 

1 

1 

HD_ 

j 

1 

1 

Ti  O2  Titanic 

1 

H « n y\r  \ trr 

1 

Organic  Matter- 

Total 

1 

Fe  Metallic  Irois 

SI  Sttt,t>ttttr 

r 

1 

P Phosphorus 

1 

Chemist 

and 

Date. 

62 

STATE  OR  DISTRICT--! 


o 

s ORES. 

^ i 
ai 

a> 

S 1 
1 

Fe  0 Protoxide  of  Iron 

Fe  C O3  Carb.  of  Iron 

A 1 „ A T TT'IVTTI'J  A 

^3  .^-Li  u 

Cr  0 Lime 

TVTfr  0 1Vr  A r’ INTTrClT  A 

jyi.^  V_/  XVi  AvxTN  JujoXiTi. 

XT 0 Dot  a 

JV  2 ^ 

T\J«  - ri  Grk-Pk  A ' 



S O3  Sulphuric  Ac; 

P2  O5  Phosphoric  A< 

CO2  Carbonic  Acii 

C5^  r\  a-TT  Tnxrt  A nTTA 

ED 

DID 

j 

1 

) I 

i 

j 

i 

\J2  lOiAJXA/iVy  ^ 

n^i  r\  - T'xrr  A -NTTr*  A nyr*  i 

! 

J.  1 W 2 illiViNAC'  .r\.V>-H.y 1 

II2  0 ^V^ATER 

1 

Organic  Matter- 

Total  

Fe  Metallic  Iroi 

C!  QttT  T5TTTTT? 

S' 

i 

P Phosphorus  

Chemist 

and 

Date. 

63 


64 

STATE  OR  DISTRICT-!  _ 

o 

a i ORES. 

^ I 

1 

0) 

g 

^ 

— 

Fe  O Protoxide  oe  Iron 

X*  G 2 ^3  U itjuV  xj  yjxf  a 

FeCOs  Carb.  ofIrox 

IVin  i>i  AIN  »jrAXN  JliOXSi 

Cr  Chromium 

As  Arsenic 

AI2  O3  Alumina 

Ca  0 Lime 

Mg  0 Magnesia , 

±^2  ^ xUlA-oXl , 

a.  2 

SO3  Sulphuric  Ac 

P2  O5  Phosphoric  A 
CO2  Carbonic  Acl 

- . 

CID- 

i 

Si  0 2 Silicic  iVcid  — 

Ti  O2  Titanic  Acic 

i 

□.2  »»  

Organic  Matter- 

Total  _ 

'i 

Fe  Metallic  Iro 

ijq’ 

1 

1 

0 U -Li-r  JO.  u 

p Phosphorus 

Chemist 

and 

Date. 

65 

STATE  OR  DISTRICT- 

Symbol. 

IRON. 

Name. 

i 

1 

Fe 

Iron 

C 

r Graphitic  Carbon 

C 

1 Combined  Carbon 

: 

Si 

Silicon 

S 

Sulphur 

P 

Phosphorus 

• 

1 

Mn 

Manganese 

1 

Ti 

Titanium  __ 

A1 

Aluminium  _ 

Ca 

Calcium 

i 

Mg 

Magnesium  _ 

i 

Cr 

Chromium 

i 

Zn 

Zinc  

W 

Tungsten  _ 

i 

■ ' 

Sn 

Tin 

Co<fe  Ni  Cobalt  and  Nickel 

As 

Arsenic  _ 

Cu 

Copper  __  _ 

Interposed  Slag 

Total 

Chemist 

and 

Date. 

Ores  Used. 

i 

I 

66 


STATE  OR  DISTRICT-- 

Symbol. 

i 

IRON. 

Name. 

Fe 

C 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co&I' 

As 

Cu 

1 Combined  Carbc 

Addminidm 

Caecixjm 

M^AGtNESIUM 

OTTTt.O'M'TTT'IVr 

Zinc 

Tungsten 

Tin 

n COBADT  AND  NiCKED 

A-RSENIC  

• 

dn’P'PTT'T? 

TTCTrr'Xr'T>T>rkC!T7'Tk  Six.  A n 

Totad  _ _ 

Chemist 

and 

Date. 

-d 

O) 

m 

w 

O 

67 

STATE  OR  DISTRICT- 

Symbol. 

IRON. 

Name. 

Fe 

Iron 

C 

f Graphitic  Carbon 

C ■ 

1 Combined  Carbon 

Si 

SiDICON  - 

S 

Shdphur 

P 

Phosphorus 

Mn 

Manganese 

Ti 

Titanium 

A1 

Aluminium  _ 

Ca 

Calcium 

Mg 

Magnesium 

! 

‘ Cr 

Chromium 

. i 

Zn 

Zinc 

i 

W 

Tungsten 

! 

i 

Sn 

Tin 

COifeNi  COBAIiT  AND  NiCKED 

As 

Arsenic  

Cu 

Copper 

Interposed  Slag 

Total 

Chemist 

and 

Date. 

Ores  Used. 

68 


STATE  OR  DISTRICT—' 


Mg  Magnesium ; 

Cr  Chromium 

Zn  Zinc 

W Tungsten , 

Sn  Tin 

Co&Ni  Cobalt  AND  Nickel 

As  Arsenic > 

j 

Cu  Copper | 

Interposed  Slag  — 


Total 

Chemist 

and 

Date. 


o 


69 

STATE  OR  DISTRICT— 

o 

a 

m 

IRON. 

1 Name. 

Fe 

Iron  _ 

C 

r Graphitic  Carbon  _ 

C ■ 

[combined  Carbon 

1 1 

Si 

Silicon  _ __ 

1 ! 

S 

Sulphur 

1 1 

P 

Phosphorus  _ 

1 

Mn 

Manganese 

1 

Ti 

Titanium 

1 

A1 

Aluminium  _ 

1 

Ca 

Calcium  _ _ 

! 

Mg 

Magnesium 

i 

Cr 

Chromium 

1 

Zn 

Zinc  __ 

1 

W 

Tungsten  . 

, 1 

Sn 

Tin  

COifeNi  Cobalt  AND  Nickel 

1 1 

As 

Arsenic  __  _ 

1 1 

Cu 

Copper 

1 1 

Interposed  Slag 

1 

Total 

Chemist 

and 

Date. 

Ores  Used. 

71 


STATE  OR  DISTRICT— I 


Symbol. 

IRON. 

1 Name.  | 

i 

1 

{ 

Fe 

Iron  _ _ _ _ 

1 

j 

C 

r Graphitic  Carbon 

1 

1 

c 

1 Combined  Carbon  _ 

i 

1 ■ 

Si 

Silicon  _ __  _ 

1 

S 

Sulphur  _ 

; 

! 

1 

P 

Phosphorus 

j 

! 

j 

Mn 

Manuanese  .. 

1 

i 

1 

Ti 

Titanium _ 

! 

A1 

Aluminium 

i 

Ca 

Calcium 

! 1 

1 

Mg 

Magnesium 

i ^ 

! 

Cr 

Chromium  _ 

! i i 

Zn 

Zinc 

1 1 

W 

Tungsten  __  _ 

i 1 

1 

Sn 

Tin  - _ 

i i 

CotfeNi  Cobalt  and  Nickel 

i 

As 

Arsenic 

! 

1 

Cu 

Copper 

! 

i 

Interposed  Slag 

1 

Total  . 

Chemist 

and 

Date. 

1 

Ores  Used. 

1 

72 

STATE  OR  DISTRICT- 

Symbol. 

IRON. 

0) 

a 

c3 

Fe 

rt 

1 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co&l 

As 

Cu 

1 

1 

0 'VLCIXJM 

IVr  A niVTTClTTTlVr  ■ 

1 ! 

tJ  IWL — — 

Q jj  ' 

Zinc ^ 

1 

Tungsten 

1 

nPr-vr 

i Xjyi 

COBAET  AND  NiCKEL 

Arsenic 

1 ■ 

Copper 

TTST'T'Tr'-DT>rkc:u'Tk  SIt.  a n 

Totae 

Chemist 

and 

Date. 

Ores  Used. 

73 

STATE  OR  DISTRICT- 

Symbol. 

IRON. 

Name. 

Fe 

Iron 

C 

( Graphitic  Carbon 

' 

C 

Combined  Carbon 

Si 

Silicon 

S 

Sulphur 

P 

Phosphorus  _ _ 

j 

Mn 

Manganese 

i 

1 

! 

Ti 

Titanium  _ _ 

1 

i 

A1 

Aluminium 

1 

Ca 

Calcium 

Mg 

Magnesium 

Cr 

Chromium  __ 

Zn 

Zinc 

W 

Tungsten 

Sn 

Tin 

1 

Co<feNiCOBAI.T  AND  NiCKEL 

i 1 

As 

Arsenic 

1 

Cu 

Copper  

Interposed  Slag 

Total 

Chemist 

and 

Date. 

Ores  Used. 

i 

74 

STATE  OR  DISTRICT- 

Symbol. 

I RON. 

Name. 

Fe 

n 

I ROT^ 

f A ■PTTTT'Tn  P A RTiOTST 

n i CmVTTlTTCTT.TI  CATJTiniV 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co&^ 

As 

Cu 

STT.Tonivr 

Sttt.rttttr, 

IVl  A'N'0-A'N"f:?i'R'. 

TtT  a TVTTTTIVT 

A T.TTTvrTTsrTTnvr 

■ ! 

i 

n^TtOTXTM 

AT  ^ r4.-NrTn<STmvr 

riTTF^'^MTUivi' 

ZT'rjn 

Tt''^ 

U Cobalt  and  Nickel 

A T?STf'NrTrt 

rin'P'PiT'.R 

iTVrT’R.RROSR/n  P%T,Ari 

Total 

Chemist 

and 

Date. 

Ores  Used. 

75 


76 

STATE  OR  DISTRICT- 

o 

jOi 

B 

m 

IRON. 

Name. 

i 

1 

j 

Fe 

C 

T ■Rni'j' 

1 

( Graphitic  Carbon  _ 

J CAT^TiOTSr 

! 

c 

Si 

STT.rrimvr 

S 

p 

STTTiPTTTTR 

i 

! 

i 

Pttospttortts 

1 

Mn 

M A NO  A NRSP 

! 

i 

Ti 

TTTATSTTTTlvr 

I 

1 ! 1 

A1 

Ca 

Mg 

A BTnVTTNTTTM 

riATiCTHTvr 

' i 

j 

Magnesium  _ 

1 

Cr 

Chromium 

— 

Zn 

T'.TT'im  • 

W 

Sn 

T-^T'Nrr;|«'T''p'.'Nr 

1 

j 

i 

Tttst 

! 

1 

i 

nn^r'NTi  nn'RAT.T'  AArr»  IVTnTrTr.T. 

1 

As 

Cu 

A T?STT:TVTn 

! 

; 1 

CnT»PTCT? 

i 

T TVTT’TnTfPnSTi’.TI  KT.  a fir 

' i 

1 

Total 

1 

Chemist 

and 

Date. 

i 

( 

i 

i 

Ores  Used. 

78 

STATE  OR  DISTRICT- 

0 

1 1 IRON. 

m 

a 

c5 

! ! 

Eft  Trotc 

E r (T-T?  A P>TTTT'Tn  E A T?TiO'Nr  1 

1 

C (combined  Carbo 

Si  STT.Tftft'Nr 

N 

: 

! 

1 

P Pdospdobtts 

i 

1 

Mb  M a no  a 

1 

Ti  Tttantdm 

i 

A 1 A T.TiMT'isrTTTivr 

i 

• 

Ea,  Eatettim 

1 

IVTg  IVI A ONPJ^tttm  ' 

Ep  EpTlROlVTTDM  } 

i : 

! 

ZtT\  T-TNO  ' 

i ; 

AV"  TlT'NrOSTT'PN 

! 

Sti  Tin 

Co<feNi  Cobalt  and  Nickel 

jA  ,«  A T?^-p;-NrTn 

En  En-PPTT.T? 

I 

1 

Interposed  Sla 

G 1 

. 

vjr 1 

Total 

i 

Chemist 
and  1 

Date. 

'd 

a; 

«5 

CO 

o 

u 

O 

! 

80 


STATE  OR  DISTRICT— 


81 

i 

STATE  OR  DISTRICT- 1 

Symbol. 

IRON. 

Name. 

Fe 

Iron 

C 

( Graphitic  Carbon 

1 

C 

1 Combined  Carbon 

Si 

Silicon 

S 

Sulphur 

P 

Phosphorus 

Mn 

Manganese 

Ti 

Tttantttm 

A1 

A LTTMTNTTTM 

Ca 

Calcium 

Mg 

Cr 

Magnesium  _ _ 

i 

Chromium 

Zn 

ZiNC- 

1 

W 

Tungsten  _ 

1 

i 

Sn 

Tin  _ 

Co<feNi  Cobalt  AND  Niokkl 

As 

Arsenic 

Cu 

Copper 

Interposed  Slag 

Total 

Chemist 

and 

Date. 

Ores  Used. 

L . 

82 

STATE  OR  DISTRICT- 

Symbol. 

IRON. 

Name. 

1 

Fe 

IRON 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co<fe] 

As 

Cu 

* 

I 

T^tt  cn’Tr'"vr 

X U iM  IjrO  A JliXN  — — — — 

rpT'W 

S^i  Cobalt  and  Nickel 

1 

T-vTTn-n’-DX>/^C!ij'Tk  filT.  A 



Total 

' Chemist 
and 
Date. 

Ores  Used. 

i 

83 

STATE  OR  DISTRICT- 

Symbol. 

IRON. 

Name. 

Fe 

c 

c 

Si 

S 

p 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co&N 

As 

Cu 

Irox 

( (T-T?  a -PTTTTTn  n A RROT^ 

(Combined  Carbo 

STT,Tnmsr 

N 

Sttbpttttr, 

Pttospttortts 

M A NO- A NESE 

TiTA'NrTTTivr 

A T.mVTT^TTTTVf 

riAT.riTTTTVT 

M A r^'NTTT'.STmvr 

riTrpmvTTXTTvr 

7;T-i\rri 

TmvrrxsT'TT'.iNr 

Ttat 

i COBABT  AND  NiCKEL 

A PSETSTTn 

Popper 

I NTERPOSED  St.  A 

Totad-  — 

Chemist 

and 

Date. 

Ores  Used. 

84 

STATE  OR  DISTRICT- 

[ 

Symbol. 

IRON. 

Name. 

Fe 

c 

c 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co&ls 

As 

Cu 

(Combined  Carbo 

N 

1 

1 

■]VT  A A ' 

1 

! 

TtT  ANTTTM 

! 

riATiCTTTM 

Magnestttm 

njfpnivrTXTivr 

ZiTNO 

1 ! 

TUlS'GS'T'T<!'Nr 

i . 

Tin 

1 

■ 

ri  Cobalt  and  Nickel 

/\  -p,ciT?.-NrTr! 

1 

OO’P’PTT.Tf. 

! 

! 

T-v'rTrT?T>r»«Tr'n  ftr.  \ n 

i j 

1 

Total 

Chemist 

and 

Date. 

Ores  Used. 

i 

i 

1 

85 


STATE  OR  DISTRICT— i 


Symbol. 

I RON. 

Name. 

Fe 

c 

C 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co<feI^ 

As 

Cu 

TTf-OIV 

( A -PTTTTTr!  nATJ  'RO'M 

{combined  Carbo 

STT.Tnnisr 

N 

SDTiPTTTTR 

Pttosptiortts 

M A N^  A ■NrTT.STT’. 

Tttantttm 

A T.TTlVTTTSrTTTlVr 

nAT,nTP^Tvr 

i 

M A QNPSTTTTvr  1 

r!TTT?r»1VrTTTTVr 

TIttstp 

TTTTSmST'TT'.TVr 

Tttst 

i 

ri  Cob  ART  and  Nicked 

A PSPTSTTn 

: 1 

Hripppp 

T NTEPPOSEO  St,  a a 

Totad 

Chemist 

and 

Date. 

1 

Ores  Used. 

i 

86 

STATE  OR  DISTRICT— 

1 

Symbol. 

IRON. 

Name. 

! 

Fe 

n 

1 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co&J 

As 

Cu 

1 

! 

AIjTJMINITJM 

n A T.r’TTTTVf  ! 

! 

AT  A ri'VTfClTTnVT 

riTTT?  rkTVTTTnvr 

' 

i 

Tungsten 

1 



SriCOBAET  AND  NiCKEE 

Arsenic 

! 

i 

Copper  

T'Nr'T'xr'-D'DrkGiTr'Tk  St.  A n. 

Total  _ 

Chemist 

and 

Date. 

1 

Ores  Used. 

— 

88.,_  ./'  • 

STATE  OR  DISTRICT- 

Symbol,  j 

IRON. 

Name. 

Fe 

Iron 

1 

; 

1 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co&I 

As 

Cu 

' 

1 

i 

1 

1 

i 

1 

1 

! 

ivr  A r^'xnj'GiTTTivr  ' 

! 

i 

TT  T?  r»  TVr  T TT  Tvr 

1 

1 

T'tt'm/'' ci'T'Tr''v 

I 

> 



STi  Cobalt  and  Nicked 

1 

i 

T'icrmT7»-r>  ■o/^CJTP'ri  CIt  A n. 

1 

Total 

Chemist 

and 

Date. 

Ores  Used. 

89 

STATE  OR  DISTRICT- 

Symbol. 

IRON. 

Name. 

Fe 

Iron 

€ 

r Graphitic  Carbon 

1 

C 

1 Combined  Carbon 

Si 

Stltoon 

! 

S 

Sdt.phttr 

P 

Phosphorus 

Mn 

Manganese 

! 

Ti 

Tttantttm 

1 

A1 

Aluminium 

Ca 

Calcium  _ _ _ _ 

Mg 

Magnesium 

[ 

Cr 

Chromium 

Zn 

Zinc 

W 

Tungsten 

1 

Sn 

Tin  _ — 

Co<feNi  Cobalt  AND  Nickbl 

As 

Arsenic  

Cu 

Copper 

Interposed  Slag 

Total  _ 

Chemist 

and 

Date. 

Ores  Used. 

1 

90 

STATE  OR  DISTRICT- 

Symbol. 

IRON. 

Name. 

Fe 

c 

C 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co&lS 

As 

Cu 

(combined  Carbo 

RTT-Tmisr 

N 

1 

Sttt,'PTTT'"P  ' 

PTTOft’PTTORTTft  1 

1 

M A TCO-  A NTHSTn  ! 

I 

Titanium 

A T.TTlVrTNTTTTVr 

CAT.nTTTTVr 

1 

ivr  A ^TN'R'.STTT'IVf 

^HROMIUM 

i 

Zinc 

1 

TUNC-S'T'FiN  ^ 

I 

j 

Ttn 

a Cob  ART  AND  Nicker 

A RSENT'^ 

i 

i 

HrkppFR 

i 

T'VT^TT'TJTJrkcjTi'Tk  St.  A ri 

Totar 

i 

Chemist 

and 

Date. 

Ores  Used. 

i 

91 

STATE  OR  DISTRICT- 

Symbol. 

IRON. 

Name. 

Fe 

Iron 

C 

( Graphitic  Carbon 

c 

1 CoMBTNKD  Carbon 

Si 

Stt.toon 

j 

S 

Sttt.phttr 

p 

Phosphorus 

Mn 

Manganese 

Ti 

Tttanttttvt 

A1 

A LTTMTNTTTlVr 

Ca 

Calcium  _ 

! 

Mg 

Cr 

Magnesium 

Chromium.  _ 

Zn 

Zinc 

W 

Tungsten  _ 

i 

Sn 

Tin 

Co«feNi  Cobalt  AND  Nickbl 

As 

Arsenic 

Cu 

Copper  _ 

Interposed  Slag 

Total 

Chemist 

and 

Date. 

Ores  Used. 

- 

92 

STATE  OR  DISTRICT— 

Symbol. 

IRON. 

Name. 

Fe 

c 

C 

Si 

S 

P 

Mix 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Six 

Co*fe:^ 

As 

Cu 

(Combined  Carbo 

N 

1 

Calcium 

1 

Magnesium 

! 

Chromium 

Zinc 

j 

Tungsten 

i 

Tin 

U Cobalt  AND  Nickel 

Arsenic 

Copper 

i 

T-Kjrri-c’xj-DnaTrTk  SIt.  a n 

! 

1 

i 

i 

Total  

1 

1 

Chemist 

and 

Date. 

Ores  Used. 

93 


94 

STATE  OR  DISTRICT— 

Symbol. 

IRON. 

Name. 

Fe 

c 

c 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

As 

Cu 

(combined  Carbc 

N 

! 

CALiCITJM 

]M  \GrNESITJM 

Chb 

Zinc 

Tungsten 

j 

Tin 

liCOBABTAND  NiCKEE 

Arsenic 

Copper 

T-vr'T'Tn?T>rkC!Tr'Tk  Sir.  An. 

Total.  . 

Chemist 

and 

Date. 

Ores  Used. 

95 


STATE  OR  DISTRICT- 

i q5 


\ STEEL. 


Fe  Iron 

C r Graphitic  Carbon  _ 
C (Combined  Carbon  __ 
Si  Silicon 


S Shephhr 

p Phosphorus 

]VIn  Manganese 

Ti  Titanium 


A1 

Aluminium 

Ca 

Calcium 

Mg 

Magnesium  — 

Cr 

Chromium 

Zn 



W 

Tungsten 

Sn 

Tin 

Co<feNi  Cobalt  and  Nickel, 

As  Arsenic j 

Cu  Copper 

Interposed  Slag  — 


Total. 


Chemist 

and 


97 

STATE  OR  DISTRICT- 

Symbol. 

ST  EEL, 

<v 

B 

Fe 

C 

C 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co<feN 

As 

Cu 

[combined  Carbo 

STT.TnATNr 

C A T.OTTTlVr 

IVf  A r^TvrTT.STTTivr 

ri'pr  B rkivr  TTTTVT 

ZiNn 

Tttst 

i Cobalt  and  Nickel 

A TJSTT’.'MTn 

i 

nnT>T»T^.T?. 

T'V'T'Tr\T?T>r>!CiTrT»  ftT  An 

' 

Total  _ 

Chemist 

and 

Date. 

Iron  Used. 

98 

STATE  OR  DISTRICT- 

Symbol. 

STEEL. 

6 

CS 

Fe 

c 

G 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

co<fe:^ 

As 

Cu 

1 UrKAPMUiU 

(combined  Cabbc 

OA.XidTJlVI  — — — — — 

Chromium 

i 

Tungsten 

li  COBAUT  AND  NiCKEU 

Arsenic 

Copper 

INTERPOS-fciJD  OIjAU 

Total 

Chemist 

and 

Date. 

0) 

xn 

P 

a 

O 
u 
1— 1 

99 


100 

STATE  OR  DISTRICT— 

1 1 STEEL. 

^ i 
m \ 

6 \ 

^ i 

1 

• i 

1 

C r Graphitic  Garb 

0 (Combined  Carbc 

1 

1 

r 

1 

j 

ox  

' 

S SUBPHIJR I 

i 

COifeNi  COBABT  AND  NiCKEB 

Interposed  Slag  — 

Total 

! 

1 

1 

i 

Chemist 

and 

Date. 

a> 

aj 

o 

u 

1— 1 

i 

101 


102 

STATE  OR  DISTRICT— 

Symbol. 

STEEL, 

Name. 

C 

C 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

CocfelS 

As 

Cu 

i 

(Combined  Cabbc 

1 

fi  COBABT  AND  NiCKEB 

Copper 

XJNTJUK-t'USiii-U  OJUAljr 

Totae  

1 

Chemist 

and 

Date. 

Iron  Used. 

103 


STATE  OR  DISTRICT— 

Symbol. 

ST  EEL. 

6 

cS 

. 

Fe 

C 

( Graphitic  Carbon  _ 

1 nmvr-RT'NTTr.Ti  nAT?Tm-Nr 

Si 

S 

Siiiirn-NT 

SlITi'PTTTTTf 

p 

Mn 

M A NO  A NRSP 

Ti 

Tttantttm 

A1 

Ca 

Mg 

Cr 

Zn 

W 

A T.TTTVTTTSTTTTlvr 

CATiOTTTTVr 

IVT  A O'NTTT.STTT'lVf 

riTT-RrklVrTTTTVr 

ZiT^n 

TTTTsroa'TT^i^r 

Sn 

Co&N 

As 

Ttat 

i rin'RAT.T'  A-NTTk  N'Tr'TTTi'T. 

A TJSTTlTVTTn 

Cu 

nnT>T>Tr:T? 

TisTT'Tr.'R-pnsTr.Ti  ftT-Ar;:. 

Total  . 

Chemist 

and 

Date. 

Iron  Used. 

104 

STATE  OR  DISTRICT- 

Symbol. 

STEEL. 

6 

B 

cS 

Fe 

C 

C 

Si 

S 

P 

Mn 

Ti 

A1 

Ca 

Mg 

Cr 

Zn 

W 

Sn 

Co&:^ 

As 

€u 

(Combined  Carbc 

a COBADT  AND  NiCKED 

Arsenic 

UOJrr'-Ci-K 

Totae 

Chemist 

and 

Date. 

Iron  Used. 

105 

STATE  OR  DISTRICT— 

Symbol,  j 

COAL 

AND 

COKE. 

Name. 

H2  0 

C 

H 

isr 

0 

s 

p 

Total 

Fixed  ^app^^ 

Volatile  Combusti- 
ble Matter 

CCTTE 

•ftTTT.-PTTTTTf  T1V  rin'K'lT'. 

Phosphorus  in  Coke 

Chemist 

and 

Date. 

OD 

a 

a» 

Symbol. 


106 


STATE  OR  DISTRICT- 


GOAL 

AND 

COKE, 


H2  O Water 

C Carbon 

H Hydrogen  __ 
N Nitrogen  — 

O Oxygen 

S Sulphur 

P Phosphorus 
Ash 


Total. 


Fixed  Carbon 

Volatile  Combusti- 
ble Matter 

Coke 

Sulphur  in  Coke  — 


Phosphorus  in  Coke 


Chemist 

and 

Date. 


107 

STATE  OR  DISTRICT— 

Symbol,  j 

COAL 

AND 

COKE. 

Name. 

H2  0 

C 

H 

N 

0 

S 

P 

Total 

EXTrEU  CAnTtcvr 

Volatile  Combusti- 
ble Matter 

nntTTi'. 

StTT,T»TTTTT?.  TTV  COTTli’. 

Phosphorus  in  Coke 

Chemist 

, and 

Date. 

* 

OQ 

U 

c3 

s 

Q 

pH 

Symbol. 


STATE  OR  DISTRICT- 


CO  AL 

AND 

COKE. 


Ho  O Water— 


C 

H 

N 

O 

s 

p 


Carbon 

Hydrogen  — 

Nitrogen 

Oxygen 

Sulphur 

Phosphorus  . 
Ash 


Total i 


Fixed  Carbon 

Volatile  Combusti- 
ble Matter 


Coke 

Sulphur  in  Coke  — 
Phosphorus  in  Coke 


Chemist 

and 

Date. 


108 


110 

STATE  OR  DISTRICT- 1 

Symbol.  || 

COAL  1 1 * 

■ and  I 

COKE.  1 

! 

H2  0 

C 

H 

N 

0 

S 

P 

] 

1 

1 

i 

1 

1 

j 

Phosphorus 

Total 

Volatile  Combusti- 
ble Matter 

j 

i 

i 

U Julr XL  U XV  Xi.^  \^v^xv.Xi  — — — 

1 

Phosphorus  in  Coke 

Chemist 

and 

Date. 

u 

a 

Ill 

STATE  OR  DISTRICT- 

Symbol.  | 

coal 

AND 

COKE. 

Name. 

H2  0 

C 

H 

N 

0 

s 

p 

Total 

Fixed 

Volatile  Combusti- 
ble Matter 

nnTTT^. 

Rttt.'pttttt?,  t'N' 

Phosphorus  in  Coke 

Chemist 

and 

Date. 

OQ 

c3 

a 

0 

112 

STATE  OR  DISTRICT- 

Symbol.  j| 

COAL 

AND 

COKE. 

Name. 

H2  0 

C 

H 

N 

0 

S 

P 

Carron 

Oxygen 

S U UP  H U R 

Phosphorus 

Ash 

Totae 

VoEATiEE  Combusti- 
ble Matter 



U Ijir  Jti  U -K.  X-L-n  

Phosphorus  in  Coke 

1 

1 

Chemist 

and 

Date. 

CO 

a 

i 

! 

! 

113 


Symbol. 


114 


STATE  OR  DISTRICT- 


GO  AL 

AND 

COKE. 


H2  O Water 

C Carbon 

H Hydrogen  — 
N Nitrogen  — 

O Oxygen 

S Sulphur 

P Phosphorus  . 

Ash 


Total- 


Fixed  Carbon 

Volatile  Combusti- 
ble Matter 


Coke 

Sulphur  in  Coke 

Phosphorus  in  Coke 


Chemist 

and 

Date. 


115 

STATE  OR  DISTRICT— 

Symbol.  | 

COAL 

AND 

COKE. 

Name. 

Hz  O 

C 

H 

N 

O 

s 

p 

Total 

1 

Fixed  Carbon 

Volatile  Combusti- 
ble Matter  - 

riniTE 

SIttt  -PTTTTT?  TTvr  nrnriT; 

Phosphorus  in  Coke 

! 

Chemist 

and 

Date. 

w 

c3 

a 

(V 

116 

STATE  OR  DISTRICT— 

Symbol.  | 

COAL 

AND 

COKE. 

Name. 

H2  0 

C 

H 

N 

0 

s 

p 

Total  . _ 

Fixed 

Volatile  Combusti- 
ble Matter 

rinTT-R; 

Tisr 

Phosphorus  in  Coke 

Chemist 

and 

Date. 

02 

a 

(U 

Symbol. 


118 


STATE  OR  DISTRICT-- 


GO  AL 

AND 

COKE. 


H2  O Water 

C Carbon 

Hydrogen  — 
Nitrogen  — 

Oxygen 

SUDPHUR 

Phosphorus  . 
Ash 


TOTAE- 


Fixed  Carbon 

VoDATiEE  Combusti- 
ble Matter 


Coke 

Sulphur  in  Coke 

Phosphorus  in  Coke 


Chemist 

and 

Date. 


119 

STATE  OR  DISTRICT- 

Symbol,  j 

COAL 

AND 

COKE. 

Name. 

H2  0 

C 

H 

N 

0 

S 

P 

TOTAIi 

FiXEU  Ca'P'ROI'J' 

VouATiuE  Combusti- 
ble Matter  

StTT.'PTTTT'R,  T'N'  COKli'. 

Phosphorus  in  Coke 

Chemist 

and 

Date. 

CQ 

u 

a 

(D 

Symbol. 


121 

STATE  OR  DISTRICT- 

Symbol.  | 

GOAL 

AND 

COKE, 

Name. 

H2  0 

C 

H 

IST 

0 

S 

P 

Totad 

Fixed  Carpoiv 

VoDATiEE  Combusti- 
ble Matter 

rirkinT; 

^TTT.'PTTTT'R.  dOTTlT! 

Phosphorus  in  Coke 

Chemist 

and 

Date. 

w 

u 

a 

Q? 

Symbol. 


122 


STATE  OR  DISTRICT- 


GO  AL 

AND 

COKE. 


Ho  O Water- 


C 

H 

N 

O 

s 

p 


Carbon 

Hydrogen  — 

Nitrogen 

Oxygen 

SUDPHUR 

Phosphorus  . 
Ash 


Total- 


Fixed  Carbon 

Volatile  Combusti- 
ble Matter 


Coke 

Sulphur  in  Coke 

Phosphorus  in  Coke 


Chemist 

and 

Date. 


123 


STATE  OR  DISTRICT- 

Symbol. 

COAL 

AND 

COKE, 

Name. 

H2  0 

C 

H 

N 

0 

S 

P 

i 

Totad  - _ 

Fixed  Carbon 

VoDATiEE  Combusti- 
ble Matter _ 

ftTTT.T»TTTTT?  TIKT  nOTTir 

Phosphorus  in  Coke 

! 

Chemist 

and 

Date. 

f-i 

o3 

a 

0 

124 

STATE  OR  DISTRICT- 

Symbol,  j 

COAL 

AND 

COKE. 

Name. 

- 

H2  0 

C 

H 

N 

0 

S 

P 

CA.itBOi'f — 

Total  - | 

Fixed  Carbox 

Volatile  Combusti- 
ble Matter 

csttt  -dxtttt?  TXT  Ctrkinj'. 

OU-LiAXlUXv  XaN  y^yJSS-Jii — 

Phosphorus  in  Coke 

Chemist 

and 

Date. 

u 

a 

<D 

125 


STATE  OR  DISTRICT- 

Symbol. 

COAL 

AND 

COKE. 

Name. 

H2  0 

C 

H 

N 

0 

S 

P 

Hydrogen 

Oxygen 

Sulphur 

Phosphorus 

Total 

Fixed  Carbon 

Volatile  Combusti- 
ble Matter 

CSttt  -d-etttx*-  T-vr  Clrk'K'iJ’ 

Phosphorus  in  Coke 

Chemist 

and 

Date. 

OQ 

c3 

a 

0) 

126 

STATE  OR  DISTRICT- 

Symbol.  | 

COAL 

AND 

COKE. 

Name. 

H2  0 

C 

H 

N 

0 

S 

P 

S U liP  HUR 

Phosphorus  — 

Total 

Volatile  Combusti- 
ble Matter 

0 u LJ  JS,  J-XH  

Phosphorus  in  Coke 

Chemist 

and 

Date. 

02 

Vi 

eg 

a 

0) 

127 

STATE  OR  DISTRICT- 

Symbol,  j 

COAL 

AND 

COKE. 

Name. 

H2  0 

C 

H 

N 

0 

S 

P 

Totad 

Fixed  ^^A'pnn'N' 

VoDATiDE  Combusti- 
ble Matter 

STTT.BTTTTTf.  TTV  COKlil 

Phosphorus  in  Coke 

Chemist 

and 

Date. 

CO 

u 

eg 

a 

03 

Symbol. 


129 

STATE  OR  DISTRICT— 

Symbol. 

LIMESTONE. 

Name. 

Ca  Co 

ivTo-  n 

3 Carr,  of  T.ttvttt. 

Fe  O Protoxide  of  Iron 

Ho  RTT.snTTTrkTr’TT!  niT' TT?mvr 

AI2  0 

Si02 

T>«  Or 

3 A T.TTlVfTN’ A 

SlTT.Tn  A 

PTTOSRTTORTri  A OTT4 

I 

SI  Oo  SiTTT.'PTTTT'RTn  A 

1 

CO2 

K2  0 

]Sra2  0 

H20 

OARROATTr!  AoTTI 

1 

1 

Pot  a stt 

! 

1 SOOA 

i 

Motstttrr 

i 

1 

Or.O- A T'TTri  M A TTRR 

Total 

Sdt.pttttr 

Phosphorus  _ _ _ 

Chemist 

and 

Date. 

Remarks. 

CO 

o 

STATE  OR  DISTRICT- 

1 'limestone. 

Name. 

Ca  Co  3 Carb.  of  Lime 

Mg  C O3  Carb.of Magnesia 
Fe  0 Protoxide  of  Iron 

Fe  2 0 3 Sesqijiox’e  of  Iron 

1 

1 

i 

I 

1 

I 

I 

AI2  C3  Ad U MINA 

1 

JSi  O2  SiDiCA 

P2  O5  Phosphoric  Acid— 
SO3  Sulphuric  Acid — 

C O2  Carbonic  Acid 

K2  0 Potash 

!Na2  0 Soda 

H2  0 Moisture 

Organic  Matter- 

Total — 

Phosphorus 

bpf 

• oc 

Remarks. 

! 

1 

1 

1 

I 

I 

I 

131 

STATE  OR  DISTRICT- 

Symbol. 

LIMESTONE. 

Name. 

€a  Co 

^o-  n 

3 Carr  of  liiMF 

0 0 n A T?R  nTP  M A mVTTT.ST  A 

Fe  0 Protoxide  of  Iron 

AI2  0 

Si02 

3 At.TTMTN'A 

SlTiTOA 

PTTOftRTTORTr!  A OTTk 

S O3  Stjdphuric  Acii 

n On  OATyTtOT^Tn  AnTTi 

1 

K2  0 

Na2  0 

H2  0 

Pot  a stt 

! 

1 ftOT»  A 

i 

Moisture 

1 

1 

Oro-  a TirTri  M a ttf.r 

Total. 

Sttt.rttttr 

Phosphorus 

Chemist 

and 

Date. 

Remarks. 

- 

1B2 

STATE  OR  DISTRICT- 

1 .LIMESTONE. 

Name. 

Ca  Co  3 C ARB.  OF  Lime 

1 

Mg  C O3  UARB.OFiViAUJNESlA 

Fe  0 Protoxide  of  Iron 

Fe  2 0 3 Sesquiox’e  of  Iron 

i 

AI2  O3  Adumina 

SI  U2  

P2  O5  Phosphoric  Ac 

ID — 

S O3  Sulphuric  a.cid — 

C O2  Carbonic  Acid 

K2  0 Potash 

Na2  0 Soda 

H2  0 Moisture 

Organic  Matter- 

Total 

1 

Sulphur  — — — — 

Phosphorus 

1 

Chemist 

and 

Date. 

ai 

44 

§ 

QJ 

'1 

133 


STATE  OR  DISTRICT- 

Symbol. 

LIMESTONE. 

Name. 

Ca  Co 

ivTo-  n 

3 Cat?.!?  OE  liTME 

j 

n r.  n A Tf-R  r»E  M A ri-ivrEST  A 

Fe  0 Protoxide  of  Iron 

AI2  0 

Si02 

T>„  A- 

S O3  Sulphuric  Ach 

n n A -RTirk-VTn  Anr-n 

K2  0 

Na2  C 

H2  0 

■PnT  A STT 

\ Piri'n  A 

lVrnTSTTTT?E 

ORn  A Tv-Tn  IVT  a T"nr!T? 

Total  

Rttt.ettttt? 

Phosphorus 

Chemist 

and 

Date. 

Remarks. 

134 

STATE  OR  DISTRICT- 

Symbol. 

LIMESTONE. 

. 

Name. 

! 

Ca  Co 

1 

^ i 

Fe  0 Protoxide  of  Iron 

1 

T 62  vJ 

AI2  0 

Si02 

3 OiliOW,UXwA  jli  KJJO  ±JXKJXyi 

! 

1 

Jr  2 ^5  i xlUolrxxAlxvx^  xtlV,/ 

1 

te>  U3 

CO2 

K2  0 

Naa  ( 

Ha  0 

0 u Ij Jr^li  U XXIJXXF 

■p^m  A QTT 

i 

irui  Aoxi— — 

^ Ci/^Tv  A 

j oOJxA. 

W±tOriVi>  ± V XYX  A X X j 

Total 

Phosphorus 

Chemist 

and 

Date. 

Remarks. 

136 


STATE  OR  DISTRICT-^ 


1 I LIMESTONE. 

02 


Ca  Co  3 
MgCOs 
FeO 
Fe2  Os 
AI2  O3 
Si02 
P2  O5 
SO3 
CO2 
K2  O 
Na2  O 
H2  O 


Cakb.  of  Lime  __ 
Carb.of  Magnesia 
Protoxide  of  Iron 
Sesouiox’e  of  Iron 

Aeijmina 

SiDICA 

Phosphoric  Acid.. 
SuEPHURic  Acid- 
Carbonic  Acid  — 

Potash 

Soda 

Moisture 

Organic  Matter- 


TOTAD- 


SUDPHUR 

Phosphorus  — 


Chemist 

and 

Bate. 


. 137 

STATE  OR  DISTRICT- 

Symbol. 

LIMESTONE. 

Name. 

Ca  Co 

Mff  C 

3 Carr,  of  Tame 

Dq  Carr-OeMaotstesta 

Fe  0 Protoxide  of  Iron 

Ffta  Oa  SESOTTTr>'X'’E  OE  TT?mvr 

1 

AI2  0 

Si02 

Vo  0^ 

3 A T,TTMTlSr  A 

i 

Sttaea 

1 

1 

1 

Phosphoric  Aotd 

i 

SO3  Sulphuric  Acii 

COo  Carronto  Aotd 

> 

1 1 

K2  0 

Na2  0 

H2O 

Potash 

Soda 

! ' 

Motstttr.e 

i 

ORaANTC  Matter 

j 

Total 

1 

Sulphur 

Phosphorus  __  _ 

Chemist 

and 

Date. 

s 

O) 

pH 

• 

138 


STATE  OR  DISTRICT— 

i-  1 

1 LIMESTONE. 

Name. 

1 

Ca  Co  3 Carb.  of  Lime 

Mg  C O3  Carb.of  Magnesia 

Fe  0 Protoxide  of  Iron 

Fe  2 0 3 Sesquiox’e  of  Iron 

AI2  O3  AIjIJMINA 

01  W 2 ox.ux'./A 

P2  O5  Phosphoric  Ac 

SO3  SHDPHHRIC  A.C1D 

C O2  Carbonic  Acid 

R 2 0 Potash 

Isa2  0 bODA 

H 2 0 Moisture 

Organic  Matter- 

Total — 

Phosphorus 

Chemist 

and 

Date. 

tH 

c3 

140 

STATE  OR  DISTRICT- 

1 LIMESTONE. 

1 ^ 

Name. 

Ca  Co  3 Carb.  of  Lime 

! 

Fe  0 Protoxide  of  Iron 

I Fe2  O3  Sesquiox’e  of  Iron 

1 

; 

AI2  O3  Aeumina 

: Oi  W2  

; P2  O5  Phosphoric  Ac 
S O3  SUDPHTJRIC  Aci 

Ly  ^ 2 \_^A±C±5UiN  XU  .^UA-L^ 

J^2  0 ir  OTAoH 

rsa2  0 CSODA 

j:jL2  ^ ivxuxox  u xixij 

Organic  Matt: 

Total 

Phosphorus 

1 

Chemist 

and 

Date. 

cc 

c3 

O) 

141 


METALS. 


RELATIVE 

Lead J 

Tin 13^ 

Zinc  2 

TENACITY. 

Silver 

Platinum 

Copper 

Iron 

1 1 1 1 

tilt 

III! 

till 

1 1 1 1 

till 

Gold  - - - 

__12 

Steel  - _ 

42 

TABLE 

OF  MALLEABILITY. 

5.  Platinum. 

2.  Silver. 

6.  Lead. 

3.  Copper. 

7.  Zinc. 

4.  Tin. 

8.  Iron. 

TABLE  OF  DUCTILITY. 

1.  Gold. 

6.  Palladium. 

2.  Silver. 

7.  Aluminum. 

3.  Platinum. 

8.  Zinc. 

4.  Iron. 

9.  Tin. 

5.  Copper. 

10.  Lead. 

TABLE  OF  CONDUCTIVE  POWER  FOR  HEAT. 

1.  Silver. 

7.  Tin. 

2.  Gold. 

8.  Platinum. 

3.  Copper. 

9.  Lead. 

4.  Aluminum. 

10.  Antimony. 

5.  Zinc. 

11.  Bismuth. 

6.  Iron. 

TABLE  OF  CONDUCTIVE  POWER  FOR  ELECTRICITY. 

Silver,  1000. 

999 

Nickel 

__  131 



Gold 

779 

Tin 

__  _ 123 

Zinc 

_ 290 

Lead 

83 

Palladium 

__  184 

Antimony 

46 

Platinum  _ 

180 

1 Bismuth 

12 

Iron 

._  168 

MELTING  POINT  OF  METALS. 

DEGREES  FAHRENHEIT. 


Platina  — 
Cast  Iron. 

Gold 

Silver 

Copper — 


4,593 

2,786 

2,016 

1,873 

2,160 


Antimony 

Zinc 

Bismuth  __ 

Lead 

Tin 


955 

740 

507 

620 

475 


AREAS  OF  COAL-FIELDS. 


United  States 200,000  Sq.  M.  I Great  Britain_ 6,195  Sq.  M. 

Europe 34,000  “ | British  America-  2,200 


AMERICAN  COAL-FIELDS. 


Massachusetts  i 

^ , I Anthracite 

Rhode  Island,  j 

Pennsylvania  “ 

Oregon  “ 

Pennsylvania,  Bituminous 

Maryland,  “ 

West  Virginia,  “ 

Virginia,  “ 

North  Carolina,  “ 

Tennessee,  “ 

Georgia,  “ 

Alabama,  “ 

Kentucky,  “ 

Ohio,  “ 

Indiana,  “ 

Illinois,  “ 

Michigan,  “ 

Iowa,  “ 

Missouri,  “ 

Nebraska,  “ 

Kansas  “ 

Arkansas,  “ 

Indian  Territory,  “ 

Texas,  “ 

Oregon,  “ 

Washington  Ter’y,  “ 

West  of  Rocky  Mts.  “ 

Total- 


. 300  Sq 

. M. 

. 470 

100 

-12,656 

tt 

_ 550 

-15,000 

ii 

- 225 

_ 45 

. 3,700 

- 170 

a 

_ 4,300 

(( 

-13,700 

_ 7,100 

6,700 

30,000 

13,000 

24,000 

-21,000 

“ 

4,000 

-12,000 

-12,000 

10,000 

n 

- 3,000 

_ 500 

“ 

750 

_ 5,000 

200,266 

COAL  AND  COKE. 

AVERAGE  WEIGHT  PER  BUSHEL. 


1 bushel  Anthracite 86  lbs. 

1 “ Bituminous 80  “ 

1 “ Coke  (Connellsville) 40  “ 

1 ' “ Charcoal  (hard  wood) 30  “ 

100  bushels  Coal  will  make  120  bushels  Coke, 
80  lbs.  “ “ 48  lbs.  ‘‘ 


143 


TABLES  OF  SPECIFIC  GRAVITIES, 

OR  WEIGHTS  OP  BODIES  WHOSE  MAGNITUDES  ARE  EQUAL,  BUT  OP 
UNEQUAL  DENSITIES. 

One  cubic  foot  of  pure  fresh  water  at  62°  Fahrenheit  = 1000 
ounces  Avoirdupois;  hence  it  is  conveniently,  and  with 
propriety,  adopted  as  the  standard  of  comparison  by  which 
the  densities  of  other  bodies  are  generally  referred,  and  also 
the  means  by  which  to  ascertain  the  densities  of  other  bod- 
ies hitherto  untabulated. 

Atmospheric  air  ==  *0768,  or  is  820  times  lighter  than  water. 


METALS. 

i 

Weight, 
water 
being  1000 

Cubic 
inches  in 
lbs.  Avoir. 

Weight  of 

1 cub.  in. 
in  lbs. 

Antimony,  cast  _ 

4500 

6-244 

-16 

Bismuth,  “ - 1 

9810 

2-818 

-3545 

Brass,  average,  “ 

8357 

3-308 

-3023 

Bronze,  “ 

8459 

3-268 

-306 

Cadmium 

8600 

_ 

— 

Copper,  cast 

8667 

3-19 

-3135 

“ wrought  — 

8788 

3-146 

-3178 

Gold,  pure 

19258 

1-435 

-6965 

Gun-metal,  cast  _ 

8561 

3-23 

-3096 

Iron,  “ 

7244 

3-814 

-2622 

“ bar 

7701 

3-592 

-2792 

“ wrought 

7792 

3-548 

-282 

Lead,  cast 

11352 

2-435 

-415 

Mercury  at  32°  Fahrenheit- 
“ 60°  “ 

13619 

— 

_ 

13580 

2-035 

-4914 

“ 212°  “ 

13375 

— 

— 

Nickel  - - - 

8270 

1 

1 3-342 

.3 

Platinum  _ 

20978 

1-318 

-759 

Silver,  pure- 

10474 

2-638 

-3788 

Steel,  soft 

7780 

3-554 

-281 

“ hardened  

7840 

3-527 

I -2835 

Tin,  cast  

7291 

3-79 

-2636 

Zinc,  “ _ _ __  _ 

7190 

3-845 

•26 

144 


TABLES  OF  SPECIFIC  GRAVITIES— (con^mwed.) 


VARIOUS  BODIES. 


Sp.  Gr.  Cub.ft.lbs. 


Cub.  feet 
= 1 T. 


Brick,  red,  common 

“ lire,  Welch 

Burrs,  French,  average 

Clay,  common 

Coal,  average 

Coke,  dry 

Glass,  plate 

Granite,  average 

Gravel,  “ 

Ice,  from  fresh  water 

Marble,  average 

Salt,  dry 

Sand,  river 

Slate,  average 

Sandstone,  “ 

Tallow,  “ 


1684 

1931 

2484 

1920 

1319 

755 

2453 

2651 

1920 

930 

2720 

2130 

1520 

2800 

2350 


942 


105 

120-7 

151 

120 

82-4 

47 

153-3 

165-7 

120 

58-1 

170 

134-5 

95 

112-5 

147 

59 


21-4 

18-5 

14 

18-7 

27-2 

47-6 

14- 6 
13-5 

18- 7 

38-5 

13 

18 

25 

19- 2 

15- 2 

38 


LIQUIDS. 


Sp.  Gr. 


W eight  of  W eight  of 
Im.  gal.lbs  cub.in.lbs. 


Alcohol  of  Commerce 
“ Absolute- 

Acid,  Sulphuric 

“ Nitric 

“ Muriatic 

“ Citric 


825 

797 

1850 

1271 

1200 

1034 


8-2 

•0296 

7-9 

•0285 

18-5 

•0667 

12-7 

•0458 

12 

•0433 

10-3 

•0371 

Ether,  Nitric 

“ Muriatic 


908 

729 


9-1  *0328 

7-3  -0263 


Oil,  Linseed— 

“ Olive 

“ Rapeseed 
“ Whale 


940 

915 

919 

923 


9-4  -0389 

9-2  -0332 

9-3  -0335 

9-4  -0339 


Sea  Water,  average. 

Spirits,  proof 

“ of  Wine 


1028 

922 

830 


10-3 

9-2 

8-3 


•0371 

•0332 

•0299 


Tar,  from  wood 
Turpentine 


1015 

870 


10-1 

8-7 


•0364 

•0314 


Vinegar,  distilled 1009 


10 


•0361 


Wine,  Bordeaux 
“ Port 


994 

997 


9-94 

9-97 


.0358 


145 


TABLES  OF  SPECIFIC  GRAVITIES— (con^mited.) 


TIMBER,  Seasoned. 


Alder  

Apple-tree  - 
Ash 


Beech 

Birch,  English 

“ black,  American . 
Blackwood,  Australian . 
Blue  Gum,  “ 

Box,  French 

“ Dutch 


Cedar,  American 

“ Sydney 

“ Canadian 

Cherry-tree 

Chestnut 

Cork 

Cowrie  Pine,  New  Zealand 
Crab-tree 


Ebony,  Indian 

“ American . 
Elm 


Hawthorn 

Holly  and  Hornbeam, each 

Iron  Bark,  Australian 


Laburnum 

I^ance-wood  — 

Larch 

Lemon-tree — 
Lignum  Vitse- 

Lime-tree 

Logwood 


Mahogany,  Spanish  — 
“ Honduras- 
Maple 


Oak,  English 

“ American  _ 
African 


Sp.  Gr. 

Lbs.  per 

Cubic  feet 

Cub.  ft. 

= 1 Ton. 

736 

792 

46 

49)4 

48^ 

45^ 

845 

52 

43 

852 

53K 

42 

792 

491^ 

45^ 

648 

40U 

55 

662 

4lk 

54 

1100 

68^ 

1328 

83 

27 

912 

57 

39 

561 

35 

64 

560 

34>^ 

64 

910 

57 

39% 

715 

45 

50 

610 

38 

59 

240 

15 

149 

512 

32 

70 

768 

48 

46% 

1208 

75^ 

29 

1331 

83 

27 

673 

42 

53 

610 

38 

59 

760 

47^ 

47% 

1233 

77 

29 

920 

57)4 

39 

1023 

64 

35 

530 

31 

72% 

704 

44 

51 

1336 

760 

913 

831^ 

S’* 

39% 

720 

45 

50 

560 

35 

64 

752 

47 

47% 

934 

58 

38% 

672 

42 

53% 

944 

59 

38 

146 


TABLES  OF  SPECIFIC  GRAVITIES— (concZucZec?.) 


TIMBER,  Seasoned. 

Sp.  Gr. 

Lbs.  per 
cubic  ft. 

Cubic  feet 
= 1 Ton. 

705 

44 

49M 

660 

41 

543^ 

Pine,  pitch. 

736 

46 

m 

“ red.  

672 

42 

53 

“ white 

456 

283^ 

“ yellow 

448 

28 

80 

Poona 

640 

40 

35 

Poplar 

384 

24 

9314 

Plum-tree 

785 

49 

45M  : 

Red  Gum  AustT’f»li^^.Ti 

901 

56 

40 

Rosewood,  black 

1280 

80 

28 

Sycamore 

624 

39 

5734 

Teak 

750 

46 

4834 

Walnut 

671 

42 

W^illow 

585 

361^ 

61^ 

Yew  Spanish 

807 

4414 

“ Dutch 

788 

49^ 

45 

J 

COLORS  PRODUCED  BY  HEAT  ON  IRON. 


502 

680 

932 

977 

1292 

1472 

1657 

1832 

2012 

2192 

2372 

2552 

2732 

2912 

Degrees 

Fahrenheit. 

! 

261  ' 
370 

500 

525 

700 

800 

900 

1000 

1100 

1200 

1300 

14C0 

1500 

1600 

Degrees 

Centigrade. 

r Violet,  Purple, 

1 Dull  Blue, 

1 Bright  Blue,  and 
[ Sea  Green, 
f Coated  with  oxide 
i and  softens. 

Nascent  Red. 

Sombre  Red. 

Nascent  Cherry. 

Cherry. 

Bright  Cherry. 

Dull  Orange. 

Bright  Orange. 

White. 

Brilliant  White. 

1 Dazzling  White. 

o 

o 

o 

147 


WEIGHT  OF  A CUBIC  FOOT  OF  VARIOUS  SUBSTANCES. 

Water 

62.5  lbs. 

Cast  Iron 

450 

tt 

Wrought  Iron 

480 

tt 

Coke 

23  to  32 

‘* 

Coal,  Anthracite,  shaken 

56  to  60 

Coal,  Bituminous, 

shaken 

51  to  56 

Sandstone 

....150 

Sand,  well  shaken 

99  to  117 

tt 

Brick  work,  pressed  brick 

140 

“ 

Brick  work,  common 

125 

tt 

WEIGHT  OF  EARTH, 

ROCKS,  ETC. 

Weight  of  cubic  yard  of  sand 

about  30  cwt. 

((  a 

gravel 

...  “ 

30 

(( 

It  tt 

mud 

25 

“ 

. tt  tt 

marl 

“ 

26 

tt  tt 

clay 

- “ 

31 

tt  tt 

chalk 

iL 

36 

“ 

tt  tt 

sandstone 

“ 

39 

tt  tt 

shale 

“ 

40 

tt 

tt  tt 

1 

quartz 

tt 

41 

tt 

tt  tt 

granite 

tt 

42 

tt 

tt  tt 

trap 

42 

“ 

tt  tt 

slate 

“ 

43 

tt 

QUANTITY  OF  EXCAVATIONS  IN  WELLS  AND  CIR- 
CULAR SHAFTS  FOR  EACH  FOOT  IN  DEPTH. 


Diam. 

of 

Exc’n 

Quantity 

Diam. 

of 

Exc’n 

Quantity 

Diam. 

of 

Exc’n 

Quantity 

Diam.  i 
of 

Exc’n  j 

Quantity 

Ft.In. 

Cub.  Yds. 

jFt.ln. 

Cub  Y.ds. 

Ft.In. 

Cub.Yds. 

Ft.In. 

Cub.Yds. 

3.0 

.2618 

4.9 

.6563 

6.6 

1.2290 

8.6 

2.1017 

3.3 

.3072 

5.0 

.7272 

6.9 

1.3254 

9.0 

2.3562 

3.6 

.3563 

5.3 

.8018 

7 . 0 

1.4254 

9.6 

2.6253 

3.9 

.4091 

5.6 

.8799 

7.3 

1.5290 

10 . 0 

2.9089 

4.0 

.4654 

5.9 

.9617 

7.6 

1.6362 

10.6 

3.2070 

4.3 

.5254 

6.0 

1.0472 

7.9 

1.7472 

11.0 

3.5198 

4.6 

.5890 

1 

6.3 

1.1363 

8.0 

1.8617 

12.0 

4.1888 

148 


PROPORTIONS  OF  METALS  FOR  THE  PRODUCTION 
OF  USEFUL  ALLOYS. 


! 

Copper. 

Tin. 

Zinc. 

L’d. 

11 

2 

0 

0 

8 

1 

1 

0 

Bronze 

4K 

1 

0 

0 

9 

1 

0 

0 

“ for  Statuary 

91.4 

1.4 

5.5 

1.7 

“ for  Medals 

12 

1 

0 

0 

Brass,  hard 

3% 

3 

1 

0 

0 

“ sheet 

0 

1 

0 

“ yellow 

2 

0 

1 

0 

“ deep  yellow 

1 

0 

2 

0 

Bearings  for  Machinery 

16 

0 

Muntz’s  Metal 

0 

0 

0 

Babbit’s  Metal 

1 

50 

0 

0 

and  5 Regulus  of  Antimony 
Bell  Metal,  for  large  Bells 

8 

2 

0 

0 

“ “ small  “ 

16 

5 

0 

0 

Spelter  Solder  for  brass 

1 

0 

1 

0 

“ “ “ copper  and  iron 

16 

0 

12 

0 

Type  Metal Antimony,  1 

0 

0 

0 

4 

Tinman’s  Solder 

0 

1 

0 

2 

Plumber’s  “ 

0 . 

1 

0 

1 

Glazier’s  “ 

0 

1 

1 

0 

3 

EARTH  DIGGING. 

CUBIC  FEET  OF  VARIOUS  EARTHS  IN  A TON. 


24 

Earth  and  Gravel  _ - 

. __  17.8 

Coarse  S^'^d 

Clay  and  Gravel 

14.4 

Clay 

18.6 

Common  Soil 

. - 15.6- 

149 


MELTING,  BOILING,  AND  FREEZING  POINTS 

OF  VARIOUS  BODIES, 

IN  DEGREES  OF  FAHRENHEIT. 


DEGREES. 


Platinum 



Cast  Iron,  average 

Gold,  fine 

Copper - 

Gun  Metal 

Silver,  pure 

Brass - 

Antimony 

Zinc - 

Lead-. - 

Bismuth - - 

Tin  1 and  Lead  4 

Tin  and  Cadmium,  each 

Equal  parts  Tin  and  Bismuth 

Sulphur  - 

Bismuth  5,  Tin  3,  and  Lead  2 

Bismuth  8,  Tin  3,  and  Lead  5 

Bees-wax - 

Spermaceti vv  - - . o 

Bismuth  15,  Lead  8,  Tin  4,  and  Cadmium  3.... 
Tallow 


melts  at 


3080 
2810 
2786 
2016 
1996 
1900 
1873 
18  9 
810 
773 
594 
476 
460 
442 
283 
226 
214 
210 
151 
142 
138 
72 


Mercury.. 

Linseed  Oil 

Sulphuric  Acid 

Oil  of  Turpentine 

Nitric  Acid 

Sea  Water. 

Fresh  Water 

“ in  a vacuum 


boils  at 

ii 


660 

600 

590 

560 

242 

213 

212 

98 


Olive  Oil. 

Fresh  Water 

Vinegar 

Sea  Water 

Wines,  average 

Turpentine 

Sulphuric  Acid. 


freezes  at 


ii 


ii 


36 

32 

28 

14 

1 


Equal  parts  Alcohol  and  Water freezes  at  7°  below  Zero. 

Acohol  2 and  Water  1 R 

Mercury „ 

Nitric  Acid ■*^34 


Note.— ieed  heat  of  a common  fire  equals  about  1200°  i^.,  and 
white  heat  of  a smith’s  forge  2900  F. 


150 


WEIGHTS  AND  MEASURES. 


AVOIRDUPOIS  WEIGHT. 

drachms. 

16  — 1 02. 

256  __  16  1 U). 

7168  — 448  __  28  __  1 quarter. 

28672  __  1792  __  112  __  4 __  1 cwt. 

573440  — 35840  __  2240  __  80  __  20  — 1 ton. 

1 lb.  — 14  oz.,  11  dwt.,  1514  gr.  troy. 

1 oz.  __  18  dwt.,  51^  gr.  troy. 

175  lbs.  troy  __  144  lbs.  avoirdupois, 
lbs.  avoirdupois  x .009  — cwt.  (approximate). 
X .00045  — tons. 


TROY  WEIGHT. 
grains. 

24  — 1 dwt. 

480  — 20  — 1 02. 

5760  __  240  — 12  __  1 lb. 


APOTHECARIES’  WEIGHT. 
grains. 

20  --  1 scruple. 

60  3—1  drachm, 

480  — 24  — 8 — 1 oz. 

5760  - 288  - 96  - 12  __  1 lb. 


DONG  MEASURE. 


inches. 

12  — 1 foot. 

36  — 3 ' — 1 yard. 

72  — 6 — 2—1  fathom. 

198  - 161^-  51^-  2^-  1 pole. 

7920  — 660  — 220  — 110  — 40  — 1 furlong, 
5280  — 1760  — 880  —320  — 8 — 1 mile, 
1 link  — 7.92  inches. 

100  links  — 1 chain  __  66  feet  — 22  yards. 


80  chains  __  1 mile. 

1 geographical  mile  — 1.15  statute  miles. 

“ “ — 6075  feet,  nearly. 

Admiralty  knot  — 6080  feet. 

Lin.  feet  x .00019  __  miles. 

Lin.  yards  x .00057  — miles. 


SQUARE  MEASURE. 

inches. 

144  — 1 foot. 

1296  — 9 — 1 yard. 

39204  — 27214  — 3014  — 1 Pole, 

1568160  — 10890  — 1210  — 40  — 1 rood, 

6272640  — 43560  — 4840  — 160  — 4 — 1 acre. 


151 


ENGLISH  WEIGHTS  AND  MEASURES. 


SQUARE  MEASURE — {continued. .) 

Square  inches  x .007  __  square  feet. 
Square  yards  x .0002067  __  acres. 

1 chain  wide  — 8 acres  per  mile 
10  square  chains  — 1 acre. 


SOLID  MEASURE. 

inches. 

1728  — 1 foot. 

46656  27  I-  1 yard. 

Cubic  inches  x .00058  — cubic  feet. 
Cubic  feet  x .03704  cubic  yards. 


WINE  MEASURE. 

pints. 

2 — 1 quart. 

8 — 4 __  1 gallon. 

336—  168—  42  — 1 tierce. 

504  — 257  — 63  — 134 1 hogshead. 

672  — 336  — 84  __  2 — — 1 puncheon. 

1008-  504-  126  -3  - 2 pipe. 

2016  — 1008  — 252  — 6 — 4 __  3 —2  — 1 tun. 


ALE  AND  BEER  MEASURE. 

pints. 

2 — 1 quart. 

8 — 4 — 1 gallon. 

72—  36  — 2—  1 firkin. 

144  — 72  — 18  — 2 — 1 kilderkin. 

288 144  — 36  — 4 2 1 barrel. 

432  — 216  — 54—  Q — ^ — ly  I hogshead. 

576  — 288  — 72  — 8 — 4 __  2 \y  — 1 puncheon. 
864  - 432  - 108  - 12  - 6 - 2 3 - I34  — 1 butt. 


DRY  MEASURE. 

pints. 

8 — 1 gallon. 

16  — 2 — 1 peck. 

64 8 4 1 bushel, 

512  — 64  — 31  — 8 — 1 quarter. 

2560  — 320  — 160  __  40  __  5-1  wey. 

5823  — 630  — 320  — 80  __  10  — 2 — 1 last. 
1 gallon  in  wine,  ale,  or  dry  measure, 

— 27734  cubic  inches  __  16  cubic  feet. 

— 10  lbs.  of  distilled  water. 

Cubic  feet  x 6.232  __  gallons. 

Cubic  inches  x .003607  __  gallons. 

8 bushels  __  2218.10  cubic  inches. 

--  1.28  cubic  feet. 


152 


FRENCH  WEIGHTS  AND  MEASURES, 

AS  MOST  FREQUENTLY  REQUIRED  FOR  ENGLISH  COMPARISONS. 

Weights. 

1 milligramme  = .015438  English  Troy  grains. 

1 gramme  = 15.438  “ “ “ 

or  .002205  of  a lb.  Avoirdupois. 

1 kilogramme  = 2.2048  lbs.  Avoirdupois. 

WEIGHTS  AS  POPULARLY  ESTIMATED. 

lbs.  oz.  drs.  Avoirdupois 

1 gramme  =0  0 OJ^ 

1 decagramme  = 0 0 5^ 

1 hectogramme  = 0 3 8^ 

1 kilogramme  =2.3  4^ 

Lineal  Measures. 

1 millimetre  = .039371  English  inches. 

25K  “ = 1 “ inch. 

1 metre  = 39.371  or  39%  “ inches. 

or  = 3.2809  feet  = 3 feet  3%  inches. 

Measures  of  Surface. 

1 centiare  = 1.196  English  sq.  yds.,  or  10.764  English  sq.  ft. 

•9.3  centiares  = 100  “ “ feet. 

1 are  = 119.6  “ “ yards. 

40.47  ares  =1  “ statute  acre. 

1 hectare  = 2.47  “ “ 

Measures  of  Solidity. 

1 millistere  = .035317  English  cubic  feet. 

1 stere  = 35.317  “ “ 

Measures  of  Capacity. 

1 litre  = 61.028  English  cubic  inches. 


POPULAR  MEASURES  OF  CAPACITY. 


English  galls. 


1 litre  = 0 

1 decalitre  = 2 

1 hectolitre  = 22 

1 kilolitre  = 220 


qts. 

0 

0 

0 

0 


pts.  imp. 

: 

0 


Conversion 
English  to  French. 
Inches  x .0254  = 

Feet  X .30477  = 

Yards  x .91438  = 

Miles  X 1.6093  = 

Acres  x .40467  = 

Imp.  galls.  X 4.54339  = 
Cubic  inches  x .01639  == 


of  Equivalent 
metres 


kilometres 

hectares 

litres 


Bushels 
Quarters 
Troy  grs. 
Troy  lbs. 
Avoir,  lbs. 


X .36347  = hectolitres 
X 2.9077  = 

X .06479  = 

X .3732  = 

X .4535  = 


grammes 

kilogrammes 


Measures. 
French  to 
X 39.371 
X 3.2809 
X 1.09364 
X .62138 
X 2.4712 

X .2201 
X 61.028 

X 2.75195 
X .343:) 

X 15.424 
X 2.6795 
X 2.2048 


English. 

= inches. 

= feet. 

= yards. 

= miles. 

= acres. 

= gallons. 

= cubic  ins. 
= bushels. 

= quarters. 
= Troy  grs. 
= Troy  lbs. 
= Avoir,  lbs. 


153 

DECIMAL  APPROXIMATES 

FACILITATION  OF 

FOR  THE 

PRACTICAL  CALCULATIONS  IN 

BRITISH  MEASURES. 

Avoirdupois  lbs. 

X .009  = hundred-weights. 

U (< 

X .00045  = tons. 

Circum.  of  a circle 

X .31831  = the  diameter. 

Circular  inches 

X .00546  = square  feet. 

Cube  of  dia.  of  a sphere  x .5236  = the  solidity. 

Cubic  inches 

X .00058  = cubic  feet. 

“ feet 

X .03704  = “ yards. 

“ inches 

X .003607  = Imperial  gallons. 

“ feet 

X 6.232  = “ “ 

Cylindrical  inches 

X .0001546=  cubic  yards. 

it  ii 

X .002832  = Imperial  gallons. 

“ feet 

X .02909  = cubic  yards. 

“ feet 

X 4.895  = Imperial  gallons. 

Diam.  of  a circle 

X 3.1416  = the  circumference. 

« a 

X .8862  ' = side  of  equal  square. 

il  u 

X .7071  = side  of  inscribed  square. 

Side  of  a square 

X 1.4142  = diam.  of  circum.  circle. 

Diam.  of  a sphere 

X .806  = dimensions  of  equal  cube. 

“ “ 

X .6667  = length  of  equal  cylinder. 

Lineal  feet 

X .00019  = English  statute  miles. 

“ yards 

X .000568  = “ “ 

Side  of  a square 

X 1.1284  = dia.  of  circle  of  equal  area. 

((  (( 

X 3.545  = circum.  “ “ “ 

Square  of  diameter 

X .7854  = area  of  equal  circle. 

“ root  of  area 

X 1.12837  = diam.  of  equal  circle. 

“ inches 

X .00694  = square  feet. 

“ yards 

X .0002067=  English  statute  acres. 

Sq.  of  dia.  of  a sphere 

X 3.1416  = convex  surface  of  a sphere 

183.346  circular  inches  equal  1 square  foot. 

2200  cylindrical  “ “ 1 cubic  ‘‘ 

o Q 


a,  o o: 


X >1  tsl 


i 

i 


THE  LIBRARY  OF  THE 

FEBl  ^ 1930 

UNIVERSITY  OF  ILLINOIS 


